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INTRODUCTION Here is one of the firt cheap BNF brushed mini-FPV machine, the Eachine Tiny QX90.. First the first, a relatively cheap chinese product includes a powerfull open SPF3 FC board, a compact FPV-Cam combo and an efficient FrSky (D8) receiver module. It’s not a toy, but a real FPV plateform.. Let’s discover the bundle BOX […] The post Eachine tiny QX90 appeared first on Drone Maniac. View the full article

INTRODUCTION Here is one of the firt cheap BNF brushed mini-FPV machine, the Eachine Tiny QX90.. First the first, a relatively cheap chinese product includes a powerfull open SPF3 FC board, a compact FPV-Cam combo and an efficient FrSky (D8) receiver module. It’s not a toy, but a real FPV plateform.. Let’s discover the bundle BOX […] The post Eachine tiny QX90 appeared first on Drone Maniac. View the full article

INTRODUCTION The WLtoys A959B is new revision of the super popular 1/18th scale brushed WLtoys 959 introduced three years ago. With this new model, the 390 motor is now remplaced with a monster 540 brushed edition… The advertized top speed is 70 Km/h !!! Just insane… As for the former series, three other car models are proposed […] The post WLtoys A959B, 1/18th buggy @70km/h appeared first on Drone Maniac. View the full article

INTRODUCTION The WLtoys A959B is new revision of the super popular 1/18th scale brushed WLtoys 959 introduced three years ago. With this new model, the 390 motor is now remplaced with a monster 540 brushed edition… The advertized top speed is 70 Km/h !!! Just insane… As for the former series, three other car models are proposed […] The post WLtoys A959B, 1/18th buggy @70km/h appeared first on Drone Maniac. View the full article

It’s avalable here: Aosenma_vast_gcs Allow mainly to flash a new firmware, tune PIDs, RTH max altitude and set the voltage alarm threshold for the emergency landing. It’s done by Hohem, the same compagy who released some 3-axis gimbal for the Cheerson CX-22, the Wingsland Minivet for example. Please find the full review this machine here: http://www.drone-maniac.com/test-ao-senma-cg035-fpv/ (Source […] The post AO SenMa CG035 FPV ground station software available appeared first on Drone Maniac. View the full article

It’s avalable here: Aosenma_vast_gcs Allow mainly to flash a new firmware, tune PIDs, RTH max altitude and set the voltage alarm threshold for the emergency landing. It’s done by Hohem, the same compagy who released some 3-axis gimbal for the Cheerson CX-22, the Wingsland Minivet for example. [amazon_auto_links id=”81″] Please find the full review this machine […] The post AO SenMa CG035 FPV ground station software available appeared first on Drone Maniac. View the full article

INTRODUCTION The Eachine Trashcan 75 was one of the most awaited machine after the great success of the first and compact 75mm 2S tinywhoop machines, i.e. the BetaFPV 75X and the happymodel modula 7. The Eachine answer on the paper is just incredible: all last electronic novelties are here: 0803 motors for 2S power, F4 flight controller […] The post Eachine Trashcan 75 appeared first on Drone Maniac. View the full article

INTRODUCTION The Eachine Trashcan 75 was one of the most awaited machine after the great success of the first and compact 75mm 2S tinywhoop machines, i.e. the BetaFPV 75X and the happymodel modula 7. The Eachine answer on the paper is just incredible: all last electronic novelties are here: 0803 motors for 2S power, F4 flight controller […] The post Eachine Trashcan 75 appeared first on Drone Maniac. View the full article

INTRODUCTION The Eachine Trashcan 75 was one of the most awaited machine after the great success of the first and compact 75mm 2S tinywhoop machines, i.e. the BetaFPV 75X and the happymodel modula 7. The Eachine answer on the paper is just incredible: all last electronic novelties are here: 0803 motors for 2S power, F4 flight controller […] The post Eachine E511S appeared first on Drone Maniac. View the full article

INTRODUCTION The Eachine Trashcan 75 was one of the most awaited machine after the great success of the first and compact 75mm 2S tinywhoop machines, i.e. the BetaFPV 75X and the happymodel modula 7. The Eachine answer on the paper is just incredible: all last electronic novelties are here: 0803 motors for 2S power, F4 flight controller […] The post Eachine E511S appeared first on Drone Maniac. View the full article

INTRODUCTION The JYU Hornet S was a brushless quadcopter with the possibility to transform the machine into a simple flyer or into a FPV machine or even into a video plateform thanks to some clipsable modules. Unfortunatly, the Hornet S didn’t fill all the promises, i.e. the FPV module offered a poor range, the gimbal-camera system a poor flight time performance. Here is the JYU Hornet 2, the new upgraded version keeps the same spirit with clipsable modules and probably can be seen as the fixed Hornet S. Associated with the Hornet 2, four versions are proposed : a basic model to be used as a simple brushless flyer, a FPV version including also a 1080p camera (without EIS), a 3-axis gimbal coupled with a basic 4K camera, and the pro version including a 3-axis gimbal and 4K@30fps camera. BOX CONTENT JYU HORNET 2 Box Content 1 x JYU Hornet 2 1 x Transmitter (with a buitin 2200mAh LiPo) 1 x Charger 1 X 4S LiPo 3600mAh with propriatery connector 1 x 3-axis gimbal with 4K non-pro camera 2 X Landing gear 4 x Spare props (2 CW, 2 CCW) 4 x Prop guard 4 x Long translucid cups 1 x Screwdriver No instruction manual. You must download it at http://en.jyu.com/support/download/ image A small bag with all the screws to attach landing skid and prop guards image OVERVIEW The Hornet 2 is still a 280 mm brushless machine and is still 100% plastic based. The general design is also similar with the original Hornet S. The plastic looks a high quality one. For this new “major” revision, they promised to reinforce internally by some orthogonal tubes the general durability of this 100% plastic based canopy…. In the first hand, espcially when the battery is installed, the machine seems heavy…. and it’s hard to believe that this machine will resist to major crash. In comparaison with the Xiaomi Mi 4K, the hornet 2 looks much more compact. A good point….. Unfortunatly no possibility to fold at least the landing gear so the transportation won’t be so easy. and compared with the Walkera Vitus 320 FRONT VIEW The design is cool for sure and the integration of the gimbal-camera module well done. Anyway, the landing skid looks fragile… and won’t accept a hard landing without damage. What’s a pity also, there is way to fold the system for an easy transportation. When you remove the gimbal-camera module, you can access to the module bay where just above the battery connector, a small microUSB where to connect the machine to the “Hornet 2” PC software. SIDE VIEW On each side of the camera-gimbal module, you can find two press button to release the module. Just shift it forward to completly release it. To install it, pre-insert it then push it rear… You shoud hear the clip system when it’s done. REAR VIEW The Gimbal-camera system integrates a 2.4G WiFi module with a diversity system. In order to maximize the FPV range, it’s good to have one vertically and the second one horizontally. The battery bay UPPER VIEW We can guess one of the two plastic pads used to extract the battery. The second one is on the bottom side. We need to press on them then pull out the battery. In practice, it’s really hard to extract the battery. Probably after multiple extractions, it will be a bit more easier but actually each time I had to force a lot. BOTTOM VIEW The gimbal system don’t offer a classic dampening system with four dampening balls. Here we have a central circular dampening rubber element jailing the gimbal. It’s original and allow a more compact integration. We will see if it’s also efficient for the video stabilization. A plastic cover hides/protects the module bay The ground clearance is about 94mm large enough to welcome the 3-axis gimbal camera combo We still have the same light system as for the Hornet S controlable via the light button and left dial of the remote control. Three modes are proposed. Only with the first, the intensity can be controlled with the left dial. The second offers a circular larson effect. WEIGHT 413g standalone without props, battery and prop guard !!!! it’s already super heavy 774g with the battery 822g with the landing skid added :(. How to imagine this machine, especially in sport mode can resist to a major crash. The kinetic energy is 1/2mv² …. so quadratic with the velocity…… It clearly impossible for a full plastic structure to resist to anything if the hornet 2 crashes at 100km/h and more. IMHO it can survive up to 20km/h maximum…. and on a soft surface. The camera module standalone is 216g!!! so with the props installed the final weight is 1073g !!!!! Motors and props 22’s motors… 5mm for the shaft diameter so it will be super easy to find compatible props. 7.3″ props, exactly the same dimension as for the Hubsan 501’s ones LiPo For the Hornet 2, the battery is upgraded for a 4S model, a 3600mAH to be more precise. It should boost and improve general flight time The L40 model A proprietary connector. At least, no problem to insert the charger plug. First of all, there is an arrow painted on top of the charger connector and second point, it’s not possible to plug the charger connector inverted. If you short press on the main button, the level of remaining is displayed via 4 green lights. When 4 lights are here, it means 100%; 3 means 75%, 2 means 50%, 1 means 25% and below. No information if it’s a smart battery for example with an auto-storage mode. With the charger it’s possible to recharge both the LiPo and the builtin LiPo of the transmitter via the USB port. It takes 1h to recharge the battery. N Camera module Probably the most upgraded part for the Hornet 2. The new module is highly profiled and very beautifully design. We can find this central dampening system very well integrated. The two antennas can be bent individually. For the basic “Aerial 4K” (non-pro) the FOV is about 112 degrees while fo the pro is 100 degrees. For the non-pro we have a SONY IMX 179 sensor and a IMX117 for the pro version. Unfortunatly these sensor chips are “old” now… 3 years old… and it will unfortunatly impact a lot the general quality of the video recordings. A 16Gb scandisk microSD card is included in the button. There is also a microUSB port probably to update a gimbal firware and to connect to a specifc software. Unfortunatly, no specific software is available…. especially to calibrate the gimbal. It’s really an important missing. Associated with the two aerial options, we can now connect the two modules to a smartphone/tablet via a 2.4G WiFi link. The Application can be downloaded for both android and iOS as “JYU” First annoying thing, officially in the instruction, the default WiFi password is written to be 12345678 and I tried many many time without success. In practice, for my module, the password was JIANGYU2016 (thanks to samste !!!!). Now the question I have,… I am not completly sure that I received the final non-pro 4K module…. but according the specications, I should have it. After connexion you will retrieve the live FPV video feedback… and unfortunatly the resolution is rather poor, in VGA maximum Far from 720p preview generally we can have with Xiaomi Mi, DJI, walkera products One good thing, we have in picture in picture a small preview of the local map. Just press on it to switch to the map mode. A feature we can find for DJI or Hubsan Appz for example. It’s working well. On the top right of the appz in camera mode, we can find the setting button. 5 panels are available The first one for the general flight settings The second for the radio command settings (mode selection and calibration) The third for the battery cells monitoring The fourth for the camera setting Here only the video and photo resolution can be set. No other camera settings like exposure, shutter, color balancing… and why not the datarate quality…. Finally the fifth is some general settings where the level and compass calibration can be done. Here no possibility to calibrate the gimbal for example …. What I really like, from the menu in the first page is the possibility to replay the automatic logs stored into the microSD card. You can visualize all flight events even the sticks commands applied Ok now the moment of truth …. and let’s check the performances of this non-pro 4K module Here is a raw sample in 4K@25fps Results are not fantastic… first in term of gimbal stabilization, some microvibrations can be seen … and for some moment some “waves” appears. Awfull :(. For this second problem, I guess it’s more linked with the CMOS sensor, know to be more sensitive to jello…. We will see later than the props are mainly guilty and as soonas better are installed most microvibrations can be removed. Clearly the non-pro version in 4K don’t offer amazing results. Maybe the the 2.7K resolution @30fps should be prefered…. Here is a snapshot of the 4K recording… we can see a huge fisheye distortion at border :(… Some 1080p@60fps results If most of the waves effect are gone, with the original props, vibrations are still here… clearly far away in term of results than a Xiaomi Mi 4K for example. @1080p…. the compression factor is also huge…. you can clearly see pixelization’s bands in homogeneous areas… and a lot of compression artefacts to render small details (trees & branch)… More far/background details are blurred ….. Results are definitively disapointing. Transmitter The general shape of the transmitter remains the same as for the first Hornet S.. The advertized control range for the FCC version is about 1000m (800m for the CE version). No switches but two shoulder dials and four buttons on the main front plus two rear small button rear. The front side got also a central 3-positions switche to select the flight modes. Be aware, two radios can be found. The RA13 for the basic and FPV version and the RD13 for the gimbal camera versions. The RA13 includes an Analog 13 Channels 5.8G VRX while the RD13 a specilized 2.4G WiFi receiver as well as a builtin GPS module. The central vertical switch select the flight mode. The middle position is the default one with both GPS & altituld hold stabilzation. The upper position represents the “Manual” mode. Via the PC software or the Appz, the manual mode can be without any flight assistance (full velocity can be achieved) and with just the altitude hold assistance (default selection). When the central switch is in the lower position, we have the “Feature flight mode” where either Headless/ Waypoints (mission planning) or the wrist module (default) can be selected. The left dial control the light intensity only for the first light mode. What’s a pity for example through the appz it’s not possible to assign (yet) the role of the left dial. For example to control the tilt angle of the gimbal for example. The right dial controls the pitch angle of the camera 3 small lights are here. The left one when is green means the quadcopter and the radio is bound. If not (stay solid red), you can run the binding procedure as follow. Press and hold the RTH and auto-landing buttons while turnin the transmitter then within the first five second turn on the quadcopter. The right one indicates the level of battery, i.e. green when full charged and turn to red when charge is under 25%. There is also a central light linked with the buitin GPS. Actually this GPS (probably used for follow-me and Orbit mode) is not yet active. These two advanced features are actually only reserved if you own the wrist module but we can hope that a future appz/firmware update will also include them for the non-wrist module owners. Smartphones up to 6″ inch can be installed I regret that the neckstrap hook is too short to be compatible with DJI/Xiaomi Mi tablet holder. PC software A new update of the Hornet software is also proposed. If you own the aerial version, the PC software is almost useless except to flash new firmwares. Very important, to install and to run the appz, you must have the administrator rights. Right click on the exe files and “run as administrator”. There are two way to use the software: 1) to change a setting and 2) to upgrade fimrwares (FC, receiver, remote and wrist module) 1) RUN THE SOFTWARE TO CHANGE A FLIGHT CONTROLLER SETTINGS You must: Turn on the quadcopter first wait the second treeble beep then only connect the USB cable to your PC. The corresponding COM port should be available. 2) RUN THE SOFTWARE TO FLASH A NEW FC/RECEIVER FIRMWARES You must: Plug the USB cable first then turn on the quadcopter and wait the purple lights flash fast then run the software as administrator. 3) RUN THE SOFTWARE TO FLASH A NEW TRANSMITTER FIRMWARE You must: Plug the USB cable first between the radio (microUSB port) and your PC, turn on the radio then run the software as administrator. UNBOXING, ANALYSIS AND DEMO FLIGHT First test with all default settings. Of course a solid compass calibration was done: press the compass button on the appz or push the left stick in lower left and right stick in upper left positions. Turn twice first clockwise horizontally the machine (untill lights flash green) then noze up turn clockwise the machine twice too (the lights should stay solid green). Reboot the machine after the calibration. It’s advertized to do the compass calivration without the gimbal module install in order to not decalibrate the gimbal itself. I notice my gimbal is not perfectly leveled in the yaw direction, slight pointing to the right direction … and unfortunatly no software/procedure available to fix this problem … I really like the interface… simple, we can find everything immediatly and basic flight informations can be found easily. Maybe the real number of satellite received should be also printed. It’s not very clear how many satellites you need to receive in order to take off in “Normal” mode. First take off after arming the button… You definitively need to push the throttle above 70-80% to take off. It’s true at least for the take-off part. When in the air, the machine still perfectly in the air keeping its altitude with low altitude variations. The GPS & barometer stablization work very well. A good point. The machine flies beautifully and default PID settings offers smooth flight caracteristics. The machine when assisted by GPS & barometer is not a super fast flyer. A maximum of 5m/s can be reached. Of course most of these settings can be change in PC software/Appz. In term of radio control range, seems to be great. No dropout was abserved. The 2.4G FPV range will also depend of your smarphone/tablet WiFI sensivitity and beware than phone casing can block/decrease partially the RX sensitivity. I was able to fly the machine above 300m without problems My smartphone unfortunaly is not super WiFi sensitive. Much better results can be obtained and I am pretty sure than 500 and even more can be obtained. RTH works perfectly and offers a deviation limited to 1-2m maximum.. really acceptable. Flytime are about 13min before to reach 20% of remaining. so you can easily add two extra minutes… so close to 15-16min in practice so not so so far from the 18min advertized. How ever as you can especially for 4K recording, some jello and even waves can be seen in video recordings. Waves seems to be removed when the video resolution is turned into 1080p@60fps. General camera performances are relatively poor with a huge compression ratio. Small details are in general completly blurred/destroyed and you don’t have the feeling that it’s a clean 1080p recording. I did some other tests with the Hubsan H501 props also some 7.3″ models and as you can see below results are billions time better. Almost perfect stabilization….. more flight time are little bit extented as well…. so a win-win mod. Now the only limiting factor is the camera sensor. For the pro version we have a IMX 117 sensor. Here is a video taken by an action cam equiped with such sensor Results are better more sharp… so defintively the pro-version is highly recommended with you are looking for the Hornet 2. CONCLUSIONS Strange/mixed feeling I have with this machine. The Hornet 2 for sure improves a lot of the Hornet S results/performances. More powerfull machine in 4S from now with extented flight time. The PC software offers also some new settings and the Appz for the camera versions is really nice. But generally, I don’t understand how a 820g+ (probably more around 850g with the 1080p/5.8G FPV module) can be seen/used as a FPV machine: after a first crash, the machine will be probably in small parts. More non acro specifc flight mode. You can’t disable builtin gyros….. so you will be always with a 6-axis stablization. The only interest IMHO is the camera versions. And the non-pro version unfortunatly offers poors camera results. Only the pro-version will reach acceptable results competitive for example to a Xiaomi Mi 4K. The machine is not light, not super transportable, flight time correct without being fantastic and more …. the pro version is close to the 600USD !!! (while you can find the Xiaomi Mi 4K around 400USD !!!). More (but it’s true for 99% of advanced drones), the Appz and the machine requires new feature update to unblock for example the follow-me and the orbit flight modes for the non-wrist module owners. PROS + Precize GPS stablization + Improved flight time + Multimodule concept + More polished product + Good Appz + Good/acceptable stablization with Hubsan’s props. CONS – Poor general performances of the non-pro 4K camera – Jello/vibration with original props – Actually no follow-me/orbit without the wrist module (but should come with a appz/firmware update) – General interest of the FPV module (for a 820g+ full plastic based machine) – No camera settings available from the Appz – No gimbal software available actually – Wrong default WiFI password (at least for the non-pro version) – Expensive versus competitors (Xiaomi Mi 4K for example) – Thin and non-foldable landing skid – Battery hard to extract This quadcopter have been courtesy provided by Banggood in order to make a fair and not biased review. I would like to thank them for this attitude.You can find it actually for 520USD at https://www.banggood.com/JYU-Hornet-2-Racing-5_8G-FPV-With-4K-HD-Camera-3-Axis-Gimbal-RC-Quadcopter-RTF-p-1149085.html View the full article

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The Eachine trashcan HD was a perfectible product for at least two reasons: the presence of vibrations/jellos… and the most dramatic, the weakness of the ESC burning very fast even from 3S. Here is the new deluxe cinewhoop HD machine from Eachine: https://www.banggood.com/Eachine-Cinecan-85mm-4K-Cinewhoop-3-4S-FPV-Racing-Drone-BNFPNP-Crazybee-F4-PRO-V3_0-Caddx-Tarsier-Cam-DVR-p-1507266.html Now the 1080p@60 caddx turble V2 FPV-cam combo has been replaced with the new tarsier model. More important we have the V3 of the crazybee F4 based FC!!. This one upgrades ESC from 6A to some 10A (w/ peak @12A). I feel more confident about their durability in 3S…. but in 4S, I can’t guaranty 100% that’s they won’t burn. Anyway, we have a classic whoop structure full TBS/nylon based. The duct system offers some branch division to maximize durability for crashes. The caddx tarsier can be uptilted from the photos. With a nominal weight of 66g… we are close to be twice lighter than the lightspeed model for example. In 3S setup, the total weight is about 91g…. not so so bad for a 85mm machine. Of course, it’s more an outdoors flyer than an indoors. Three BNF versions are proposed: two with some builtin SPI receiver (FrSky non-EU & flysky AFHDS-2A) and with an external TBS crossfire nano receiver for long range FPV). If vibrations are completly removed…. this machine is very interesting. Wait & See of course. N.B. As you noticed…. I slowed down the update of drone-maniac…. one of the reason is main sponsors have mostly stopped to send product to review…. According to them… I am too negative in my reviews. I am honored with such critic :)….. and be sure that I won’t change anything in my attitude. Specifications: Brand Name: Eachine Item Name: Cinecan 85mm 4K Cinewhoop Wheelbase: 85mm Size: 115mm*115mm*55mm Weight: 66g(without battery) Weight:91g(with Original 3s 300mah Lipo battery) Spare parts specifications: Motor Mode: EX1103 KV7000 Configu-ration:9N12P Stator Diamter:11mm Stator Length:3mm Shaft Diameter:Φ1.5mm Motor Dimension(Dia.*Len):Φ13.5mm*15.5mm Weight(g):3.7g No.of Cells(Lipo):2S-4S Flight controller (Frsky version) CRAZYBEE F4FR PRO V3.0 Firmware target: CrazybeeF4FR (Flysky version) CRAZYBEE F4FS PRO V3.0 Firmware target: CrazybeeF4FS (No RX version) CRAZYBEE F4 PRO V3.0 Firmware target: CrazybeeF4DX MCU:STM32F411CEU6 (100MHZ, 512K FLASH) Sensor: MPU-6000(SPI connection) Board size: 28.5 * 28.5MM Power supply: 2-4S battery input (DC 7-17V) Built-in 10A(each) Blheli_S 4in1 ESC Dshot600 ready Frsky version Built-in SPI Frsky receiver with telemetry(D8/D16 switchable) Flysky version Built-in SPI Flysky receiver with telemetry(AFHDS/AFHDS2A switchable) No RX version need to add external Receiver Built-in Betaflight OSD(SPI Control) Built-in Current meter Max 70A Current meter scale set to 470 Built-in 5V 1A BEC Built-in voltage detection Onboard 4in1 ESC MCU upgraded to EFM8BB21 Power supply: 2-4S LiPo/LiPo HV (7v/17v) Current: 10A continuous peak 12A (5 seconds) Support BLHeliSuite programmable Factory firmware: F_H_40_REV16_5.HEX Default protocol: DSHOT600 Frsky NON-EU receiver Version SPI BUS receiver Frsky D8/D16 switchable Compatible Non EU transmitter both D8 and D16 mode Channels: 8ch or 16ch Failsafe support No ground interference ( Transmitter and receiver 1 m from the ground): 300m Flysky receiver Version SPI BUS receiver Protocol: AFHDS and AFHDS-2A Switchable Channels: 8ch(AFHDS) or 14ch(AFHDS-2A) No ground interference ( Transmitter and receiver 1 m from the ground): 300m Failsafe support TBS Crossfire version CRSF Protocol , Official TBS transmitter compatible PNP No RX version No RX version support external serial-bus receiver like xm+, crossfire, S-FHSS etc. VTX Output power: 25~200mw switchable Frequency: 40CH Input voltage: 3.3V 5.5V Current consumption: 300mA(type) Antenna: RG178 antenna Frequency: 5.8GHz 5bands 40 channels With Race band Smartaudio ready Weight: 3g CADDX Tarsier Image sensor: Sony sensor 12M, 1/1.8inch, 1/2.9inch Horizontal: 1200TVL TV system: NTSC/PAL changeable Video Resolution: 4K/30FPS 16:9 2.7K/60FPS 4:3 1440P/60FPS,30FPS 4:3 1080P/90FPS,60FPS,30FPS 16:9 720P/120FPS 16:9 Power Input: DC 5-12V FOV: 4K F2.8, 150°(16:9) 165°(4:3) Weight:18g Dimension: Camera 19x20mm / DVR 29x29mm Lens: Dual Lens F2.8/12Mega Audio: Dual Digital MIC CPU: DUAL Core dual system Lipo Battery Capacity:300mAh Voltage:11.4v Continuous Discharge Rate: 30C Instantaneous discharge rate: 60C Size: 65mmx18mmx11mm Weight: 25gConnector: XT30 Features: New Crazybee F4 PRO V3.0 AIO Flight controller 2-4s Lipo Compatible Powerful and smoothly Caddx Tarsier 4K Camera & DVR ready Betaflight OSD support ,easy to get RSSI, Voltage ,current from your goggles Camera Angle adjustable VTX power switchable 25mw~200mw Smartaudio ready , change VTX bands, powers, channels via OSD Frsky Non-EU version support NON-EU Frsky transmitter D8/D16 compatible Flysky version support both AFHDS and AFHDS-2A protocol transmitter No RX version support external serial-bus receiver like xm+, crossfire, S-FHSS etc.. Compatible both for 3s-4s Lipo/LIHV Package Included: 1 x Cinecan 85mm Frame 1 x Option1: Crazybee F4FR V3.0 PRO FC built-in Frsky NON-EU RX Option2: Crazybee F4FS V3.0 PRO FC built-in Flysky RX Option3: Crazybee F4 V3.0 with external TBS Crossfire Nano RX Option4: Crazybee F4 V3.0 PRO FC no RX verion 4 x 1103 7000KV Motor 1 x 2 Inch propeller(4cw+4ccw) 1 x Caddx Tarsier 4K Camera 1 x 5.8G 40ch 25mw~200mw VTX 1 x 3S 11.4v 300mah 30C/60C Battery 1 x Propeller disassemble tool 1 x Screwdriver 1 x Bag View the full article

Ok was pretictable… but now we have the avalanche of compact whoop styled machine with the new 4K caddx tarsier camera FPV combo: Here is the 100mm fullspeed model up to 4S: https://www.banggood.com/FullSpeed-4K-TurboWhoop-FSD428-F411-100mm-1200TVL-4K-PNP-BNF-FPV-Racing-RC-Drone-p-1509172.html The main structure is full 3K carbon based except the nylon whooped prop guard surrounding the 1935 props. 2mmm thickness is announced for the main structure… Will be enoght ? … With a standalone weight of 110g… expect a total weight around 160g in 4S… It should be ok at least for the carbon part. For the electronic, A F4 with strong 28A BLheli_S 4-in-1 ESC… No BLheli_32. Motors are 1104/5500Kv. I guess with 1935 short props, the machine will be noisy. The tarsier can be uptiled and the associated VTX can deliver up to 600Mw. All FPV settings can be tweak by IRC tramp. The structure for me should be able to remove most vibrations for the tarsier shooting….Now first feedbacks of the tarsier didn’t impressed me…. the 4K@30fps is not perfectly smooth… color rendition can be better. Of course the firmware is probably not yet enough mature… Anyway…. this machine represents an exellent cinewhoop candidate. With a 4S LiPo don’t expect much more than 4-5min of flight time. The fullspeed is proposed in 4 BNF configurations (crossfire nano, Flysky AFHDS-2A, FrSKy XM+, Spektrum DSM2/X) and also in PNP. Specification: Brand Name: FullSpeed Item Name: 4K TurboWhoopFrame Wheelbase: 100mm Thickness of bottom plate: 2mm Thickness of side plate: 1.5mm Weight:110g(without battery) Flight controller: FSD428 F411 Flight controller built-in OSD ESC: FSD428 28A ESC BLHELI_S 2-4S 4in1 ESC Dshot600 Motor: 1104 5500kv Propeller: 1935 5-blade propeller Camera: Caddx.us Tarsier 4K 1200TVL Dual Lens VTX: FSD TX600 Pit/25/100/200/400/600 switchable VTX(support IRC Tramp) FullSpeed FSD428 F411 Flight controller Size: 27.5mm * 27.5mm * 5mm Mounting hole: 20mm * 20mm MCU: STM32 F411 Firmware: FULLSPEEDF411 Betaflight BEC: 5V/3A Input Voltage: 2-4S Built-in Betaflight OSD FullSpeed FSD482 28A BLHELI_S 4in1 ESC Size: 27mm * 27mm * 5mm Mounting hole: 20mm * 20mm Firmware: BLHELI_S Input voltage: 2-4S Continuous current: 28A BEC Ouput: NO FullSpeed FSD TX600 25mW-600mW VTX FPV Transmitter Output power: PIT/25mW/100mW/200mW/400mW/600mW switchable Control mode:BFOSD control(support IRC Tramp)/button Video system: NTSC/PAL Antenna: IPEX BAT: 5V Recommended Frequency: 5.8GHz 6 bands 48 channels, with Raceband: 5362-5945 MHZ (TX600’s factory set up is on lock mode(5733-5866MHZ unlock). Please follow your local laws and regulations if you need to unlock the frequency.) Size: 26*26mm(L*W),Hole:20*20mm Weight: 2.3g Package Include(BNF include receiver) 1 x 4K TurboWhoop frame kit 1 x FSD428 2-4S 28A Flight tower 4 x 1104-5500KV brushless motor 2 x 1935 5-blade propeller(CW) 2 x 1935 5-blade propeller(CCW) 1 x Caddx.us Tarsier 4K 1200TVL Dual Lens 1 x FSD TX600 25mW-600mW VTX FPV Transmitter View the full article

Want to see the rolls&royce of the cinewhoop ? Here is the GEPRC CinePro 4K HD advanced: https://www.banggood.com/GEPRC-CinePro-4K-HD-3-4S-FPV-Racing-Drone-Advanced-Version-PNPBNF-F722-FC-DUAL-Gyro-ICM20689-Camera-1200TVL-35A-ESC-5_8G-48CH-0500mW-VTX-p-1485843.html The structure is the same as the former GEPRC but now including some ducted prop guards. Here we have a 120mm 4S cinewhoop machine with all ultimate electronics elements in the market: a new F7 board with a dual synchroneous IMU for ultra fast and accurate stabilization. Ideal for 4K shooting. This 4-in-1 ESC board integrates also some 35A BLheli32 6S compatible MOSFET !!! The VTX IRC tramp compatilbe can output up to 500mW over 48CH in the 5.8G band. Let’s finish with the cream of the cream… a Builtin Caddx Tarsier able to shoot 4K videos and also able to broadcast a 1200TVL 10ms low latency FPV signal !!!. Thanks to full 3K carbon structure, the Cinepro 4K HD promised to be jello free and prop occlusion free …. With a 4S 650Mah LiPo, up to 4min of flight are advertised. With a standalond weight of 125g, expect to reach close to 200g with such battery…. Luckeky we are under the 250g limit. The GERPC is proposed in PNP or with two BNF version: i) FrSky R-XSR (D16/F-port) or ii) FrSky XM+ (D16/SBUS). Sold around 270USD !!!! it’s the most expensive Cinewhoop in the market. Wait & See …. Specification: Frame:GEP-CX2(Improved version,Including Guards) STABLE PRO F722 DUAL Gyro ICM20689 Camera:Caddx Tarsier 4K 1200TVL Motor:GEP-GR1105 5000KV(4S lipo battery is Best) Propeller:EMAX AVAN 2Inch or DalProp Q2035 4-blade VTX 5.8G 500mW Weight:Around 125g(without battery) Flight Controller Model:STABLE PRO F7 35A MCU: STM32F722RET6 IMU: 2x ICM20689(SPI) BlackBox: 32Mb onboard Flash OSD: BetaFlight OSD w/ AT7456E chip Firmware target: EXF722DUAL Integrated LC Filter Size: 26x26mm board, 20mm mounting holes (M2) ESC BLheli_32 2-6S 4in1 MCU:STM32F051 Constant:35Amps Burst:45Amps Mounting Holes:20*20mm,M2 Supports Dshot1200,Proshot,Oneshot,Multishot Current meter: Yes Target: GEPRC-BL32-4IN1 5.8g 500mW VTX: Input voltage: 5V Channel: 48 Power transmission: 0mW(Pit mode) / 25mW / 100mW / 200mW / 400mW/ 500mW Connector type: MMCX Connector Traditional button IRC Tramp protocol Features: HD Video Recording: 4K@30fps, 2.7K@60fps, 1080P@90fps. Dual Camera System: 1200TVL FPV camera of competition-level, low latency within 10ms. WIFI/APP support: Video recording parameters are adjustable by WIFI/APP. Advanced Version: F722 Flight Controller, STABLE PRO F722 DUAL BL32 35A. Black Box: 32Mb onboard flash memory. 500mW VTX Power: Effectively improves your flight distance. Aerial Photography Friendly: No sight of propellers and propeller protection frames in your video. Full Soft Mounted FC System: Provides a clean operating environment for gyro. Say Goodbye to Jelly: Stable video, and comfortable FOV. Improved GEP-CX2 Frame: Full 3K carbon fiber, 7075 aviation aluminum, High-pre cision CNC. Rugged and durable frame, Better protection for the 4K camera. New Propeller Guard: Better airflow, Higher flight efficiency. High Efficiency Motor: GEP-GR1105 5000KV Motors, 4S battery (450-650mAh) recommended. Taillight Design: Eye-catching night view and lighting effects. Exquisite Assembly Process: Eliminate any potential installation problems. Package Included: 1 x CinePro 4K Advanced Version F722 FC FPV Racing Drone (PNP/BNF Optional) 1 x EMAX AVAN 2inch PROP(SET) 1 x DalProp Q2035 4-blade(SET)”> The structure is the same as the former GEPRC but now including some ducted prop guard. Here we have a 120mm 4S cinewhoop machine with all last electronics elements: a new F7 board with a dual synchroneous IMU for ultra fast and accurate stabilization. Ideal for 4K shooting. This 4-in-1 ESC board integrates also some 35A BLheli32 6S compatible MOSFET !!! The VTX IRC tramp compatilbe can output up to 500mW over 48CH in the 5.8G band. Let’s finish with the cream of the cream… a Builtin Caddx Tarsier able to shoot 4K videos and also able to broadcast a 1200TVL 10ms low latency FPV signal !!!. Thanks to full 3K carbon structure, the Cinepro 4K HD promised to be jello free and prop occlusion free …. With a 4S 650Mah LiPo, up to 4min of flight are advertised. With a standalond weight of 125g, expect to reach close to 200g with such battery…. Luckeky we are under the 250g limit. The GERPC is proposed in PNP or with two BNF version: i) FrSky R-XSR (D16/F-port) or ii) FrSky XM+ (D16/SBUS) Specification: Frame:GEP-CX2(Improved version,Including Guards) STABLE PRO F722 DUAL Gyro ICM20689 Camera:Caddx Tarsier 4K 1200TVL Motor:GEP-GR1105 5000KV(4S lipo battery is Best) Propeller:EMAX AVAN 2Inch or DalProp Q2035 4-blade VTX 5.8G 500mW Weight:Around 125g(without battery) Flight Controller Model:STABLE PRO F7 35A MCU: STM32F722RET6 IMU: 2x ICM20689(SPI) BlackBox: 32Mb onboard Flash OSD: BetaFlight OSD w/ AT7456E chip Firmware target: EXF722DUAL Integrated LC Filter Size: 26x26mm board, 20mm mounting holes (M2) ESC BLheli_32 2-6S 4in1 MCU:STM32F051 Constant:35Amps Burst:45Amps Mounting Holes:20*20mm,M2 Supports Dshot1200,Proshot,Oneshot,Multishot Current meter: Yes Target: GEPRC-BL32-4IN1 5.8g 500mW VTX: Input voltage: 5V Channel: 48 Power transmission: 0mW(Pit mode) / 25mW / 100mW / 200mW / 400mW/ 500mW Connector type: MMCX Connector Traditional button IRC Tramp protocol Features: HD Video Recording: 4K@30fps, 2.7K@60fps, 1080P@90fps. Dual Camera System: 1200TVL FPV camera of competition-level, low latency within 10ms. WIFI/APP support: Video recording parameters are adjustable by WIFI/APP. Advanced Version: F722 Flight Controller, STABLE PRO F722 DUAL BL32 35A. Black Box: 32Mb onboard flash memory. 500mW VTX Power: Effectively improves your flight distance. Aerial Photography Friendly: No sight of propellers and propeller protection frames in your video. Full Soft Mounted FC System: Provides a clean operating environment for gyro. Say Goodbye to Jelly: Stable video, and comfortable FOV. Improved GEP-CX2 Frame: Full 3K carbon fiber, 7075 aviation aluminum, High-pre cision CNC. Rugged and durable frame, Better protection for the 4K camera. New Propeller Guard: Better airflow, Higher flight efficiency. High Efficiency Motor: GEP-GR1105 5000KV Motors, 4S battery (450-650mAh) recommended. Taillight Design: Eye-catching night view and lighting effects. Exquisite Assembly Process: Eliminate any potential installation problems. Package Included: 1 x CinePro 4K Advanced Version F722 FC FPV Racing Drone (PNP/BNF Optional) 1 x EMAX AVAN 2inch PROP(SET) 1 x DalProp Q2035 4-blade(SET) View the full article

As you already noticed since close to one year, now a lot of new machines are introduced in “HD” edition, i.e. with a FPV-camera combo able to shoot 1080p@60fps videos while broadcasting the FPV signal with low latency. With the associated new Cinewhoop machines, it’s possible to have high manoeuvrable flyers shooting vibration free videos. Among these new modules, we have the Caddx Turtle V2, the Runcam split mini 2 (M12 fixed). Caddx today strikes again with the first dual camera 4K FPV combo: https://www.banggood.com/Caddx-Tarsier-4K-30fps-1200TVL-Dual-Lens-Super-WDR-WiFi-Mini-FPV-Camera-HD-Recording-DVR-Dual-Audio-OSD-for-RC-Racing-Drone-p-1467840.html In the menu, a new combo able to broadcast FPV signal with a latency < 10ms up to 4K@30fps but also a 2.7K@60fps and even a 1080p@90fps. More, a builtin EIS “Anti-shake” is here to remove some vibrations. The total weight of this combo is about 18g. The HD part is based on a 12Mpx 1/1.8″ sensor and offer a FOV about 150 degrees. The Tarsier is compatible with ND filters so even more vibrations can be removed via this addon. This combo looks impressive…. of course it will be reserved for >= 3″ machines IMHO…. 18g is not a detail…. By the way, Hawkeye also teased on social networks a new 4K combo but with one unique lens… and look much more lighter. But how will be the associated latency ???? Whatever, 4K models are in the corner…… and cinewhoops machines even more amazing…. Finally, we can thank to all law regulations around the world whom forced constructors to miniaturize electronics. Features 1080P HD resolution dual lens- 4K F2.8 lens and 1200TVL FPV lens – to satisfy different needs. Dual digital microphones that outputs audio separately in different camera modes. Support video transmssion via WiFi signal, the live image can be received by APP on smartphone . With DVR board, HD recording, support U3 sd card. Support OSD display separately Support parameter adjustament via APP Support remote tuning via flight controller Anti-shake performance for stable aerial photography. Package Included 1 x Caddx Tarsier 1200TVL 4K 30fps HD Dual Lens Super WDR WiFi FPV Recording Camera 1 x DVR Board View the full article

The Fullspeed Tinyleader HD was probably the first jellofree HD FPV tinywhoop plateform mainly thanks to the Caddx Turtle V2. This latter dislike the first edition of the Runcan split minit 2 offers out of the box some pretty nice HD footage without being too much sensitive to microvibrations. Here is a V2 version: https://www.banggood.com/FullSpeed-TinyLeader-75mm-HD-V2-Cinewhoop-FPV-Racing-Drone-2-3S-F4-FC-25600mW-VTX-Caddx-Turtle-V2-Cam-p-1461367.html Now the 75mm structure is hybride with a main carbon body (1mm tickness) and all guards full plastic based. Motors are mounted directly on the plastic guards themselves linked with the main body via 3 screws. In term of weight, we are still around 55g without battery (so at least 10g more heavier than the Modula7 HD). The electronic looks more or less the same i.e. a strong F4 FC with builtin 12A 4-in-1 ESC 3S compatible, 0803/11000Kv motors, a 48CH VTX delivering up to 600mW and IRC tramp compatible for controls via OSD. You can find the V2 in three different BNF version (FrSky,Flysky or Spektrum) or in PNP. Well I liked the first version… was not a monster of power but it was a real Cinewhoop jellofree…. There are not huge differences with this V2… More robust ? easier access to camera & Vtx buttons ? that are at least two opened questions associated with. Wait & see. View the full article

Want a long range HD FPV machine with a GPS module for emergency RTH ?. Have a look to the new Skystars G370L HD: https://www.banggood.com/Skystars-G370L-HD-F4-OSD-FPV-Racing-Drone-PNP-BNF-w-RunCam-Split-2S-1080P-Camera-Mini-M8N-GPS-p-1455775.html In the menu, we have an old fashion H frame in 300mm format with 4mm arms but all electronics are updated: a F4 + betaOSD + a barometer, super strong individual 50A up to 6S BLHeli32/Dshot 1200 ESC, 2306/1600Kv motors associated with 7″ props!!!!. I can’t imagine in 6S!!! You will need a super super strong battery to avoid massive battery brownout. The VTX can output up to 800mW !!! with 40CH. No clear indication, if the VTX can be controled via the OSD… It mentions a voice control…. At least via PWM, the VTX can be controlled. The Runcam split mini 2 is here to broadcast both the FPV video in PAL/NTSC and to record HD videos up to 1080p@60 fps… Last element, the presence of a mini GPS module, very usefull for long range FPV flight in case of lost signal. Pre-program a RTH with a nominal altitude… and you are saved. For the receiver part, we have either a FrSky XM+ (medium range) or the FrSky R9 MM but this latter you will need a compatible transmitter module. I can guess this machine in 6S can probably reach top speed about 200 Km/h… a real beast. Wait & See. View the full article

Dislike the term “HD” could mean, this is not a new 75 HD cinewhoop machine but “only” a new classic 75mm tinywhoop FPV machine, a new direct compatitor of the Eachine Trashcan. Here is the Supra 7: https://www.banggood.com/–p-1452202.html In the menu…. the same durable 75mm chassis of the trashcan with the dual-branch system reforcing considerably the extreminity of each duct’arms. For the electronic, some 15A !!! 4-in-1 ESC board… so no risk to cook mosfet even in 3S. Associated with, some 0803/16000Kv strong motors. The fight controller is F4 based with of course a Betaflight OSD builtin chip. The 40CH VTX offers an output power up to 200mW but no VTX control via OSD (no smartaudio or tramp support)… The main promoted feature is the presence of the caddx EOS 1200TVL. Be aware with such advertizing… first at the end only a pure NTSC/PAL signal will be transmitted whatever before the camera got higher resolution. If higher resolution mean probably better interpolation, it means also more sensitivity to the noise and more latency… so no free lunch…. Even with the presence of a WDR feature, in low light conditions this camera can be very noisy. Whatever, the machine is announced with the support of the main 3 receivers of the market and can be found also in PNP. With a weight of 35g without battery and 55g in 2S setup… the main advantage of this Supra 7 Pro over the Trashcan is the direct 3S support. Wait & See. Specificaiton: Model: Supra7 Pro Item Name: 75mm F4 OSD 2-3S Whoop FPV Racing Drone Version: Without Receiver/ with Flysky Receiver / With Frsky XM+ Receiver/ With DSM2/X Receiver ( Optional) Drone Wheebase: 75mm Dimension: 98x98x36mm Weight: 35g ( Without Battery) Takeoff Weight: 55g Flight Controller: F4 Flight Controller integrated with betaflight osd On-board ESC: 15A BLheli_S 2-3S 4in1 DShot600 4in1 ESC FPV Transmitter: 5.8G 40CH 25mW/ 100mW/ 200mW VTX Motor: 0803 1600KV Motor Propeller: 1636 4-Blade Propeller FPV Camera: CADDX.US EOS2 1200TVL Camera Lipo Battery: All Version DON’T INCLUDE battery Package Included: 1x Supra7 Pro FPV Racing Drone View the full article

Want a 2S 65mm brushless tinywhoop with the new 0802 motors ? Here is the new HBRC HBX64 for you: https://www.banggood.com/HBX64-1-2S-64mm-Micro-Whoop-RC-FPV-Racing-Drone-F3-OSD-S0802-Motor-25-200mW-800TVL-p-1449239.html Ok ok…. the electronic elements are old now….: a basic F3 board with at least a builtin betaflight OSD, an external serial based receiver (FrSky D8 w/ RSSI, FlySky AFHDS-2A and Spectrum DSM2/X). For the ESC… a 4-in-1 solution up to 10A, so no problem to handle 2S voltage. They are also Dshot 600 compatible. In the other hand, no control via the OSD for the VTX …. This latter got 48 channels and is able to output up to 200mW. The FPV camera is a basic CMOS 800TVL model… Of course no HD recording coming with….. but !!!! this machine weights only 24.5g (probably 26g with the receiver installed). The HBX64 is annouced to not exceed 40g (in 1S i guess) so should be around 47-50g in 2S setup. So nothing extraordinary but it’s small and powerfull in 2S so compatible for both indoors and outdoors applications HBX64 1-2S 64mm Micro Whoop RC FPV Racing Drone F3 OSD S0802 Motor 25-200mW 800TVL Specification: Item name: HBX64 1-2S micro whoop FPV racing drone Wheelbase: 64mm Weight: about 24.5g (without battery) Rec.flight weight: <40g (with battery) Flight time: 3-6mins (2S 250-450mAh) Flight controller: 1-2S F3, built-in OSD & smartaudio, OMBS firmware ESC: 1-2S 10A BLHeli_S Dshot600 Motor: 1-2S S0802 16000KV Propeller: 31mm 4-balde VTX: 0/25/100/200 48CH Camera: 800TVL FOV 150° Receiver: PNP without receiver/ BNF FS-RX2A/ BNF DSMX Pro/ BNF FrSky D8 receiver (option) Package included: 1x HBX64 1-2S micro whoop FPV racing drone PNP/BNF View the full article

INTRODUCTION Better late than Never…. Here is my review of the Hubsan Zino. This is a foldage 3-axis stabilized 4K@30 video plateform. The FPV link is done with a specialized 5.8G connexion. Main caracteristic are solid: about 700g, 23 min of flight time and about 1km of control range. No obstacle avoidance sensors or VPU unit. The main positive point is its price!!! less than the half of a DJI mavic. Of course many many brands try to “wannabe” DJI … Almost all failed. This review comes after 3 months of the introduction of the Zino. First reviews shown a very bad GPS altitude hold performances, some toiled bowling effect and even some fly aways… We will see if with the new batch machine I received, flashed with last firmwares, the situation is improved. Here is my first elements of my review. BOX CONTENT + 1 x Hubsan Zino + 1 x Transmitter + 3 x USB charging cable + 4 x Spare props (2 CW, 2 CCW) + 1 x Power unit + 1 x Charger (15V, 1A) + 1 x Screwdriver + 1 x Instruction manual (English) Three USB cables are provided. One for iOS, one with USB-c and the last with a microUSB. Seems they are specialized cable and not simple OTG. 10cm only…. They are too short if you plan to use a tablet with a DIY holder. Important, you can replace this cable with a simple microUSB to microUSB cable. You will need a cable extender plugged from one of these three cables. OVERVIEW -FRONT VIEW Unfolded, we have a 350mm machine. Everything is fully plastic based for the structure. The general quality of the plastic is average more hard than flexible. We could expect more quality for the plastic. A plastic dome covers and protects pretty well the 3-axis camera-gimbal system I received the last batch model since the camera house got now a square shape instead of a circular one. -SIDE VIEW The left side shows respectively from left to right: a led light showing the camera activity, a microUSB port to flash a new camera firmware and the microSD card slot. Prefer a fast U3 card, for example a 32GB formated in FAT32. If you plan to use a larger model, you will need a specific software to format the card. -REAR VIEW -UPPER VIEW A unique power button. Press and hold 5s this button to turn on or off the Zino. When turned on, the Hubsan delivers a very treeble sound almost unaudible. -BOTTOM VIEW -WEIGHT 710g with the battery. Motors and props Battery A 3000mAh 3S LiHV battery with a specialized connector. No specific led status to visualize for example the amount of remaining of charge. It’s not a big deal, but the more important is more the presence/absense of a autostorage buitin circuit when the battery is parked for several day With the original charger, it takes more than 2.5h to fully charge the battery. It’s super long …. The leds are solid red when charging and becomes solid green when it’s done. It’s strongly advise to build a DIY 3S balancer plug with a lead power connector. Here is mine. It can be used to fine balancing all of the three cells. Important, when I used my own cable, I noticed that the cells 2 under load presented a voltage drop of -0.2V versus cells 1 and 3. I don’t know if it’s linked with the builtin electronic board biasing the voltage reading. Camera module The gimbal system is dampened but the immediate feeling with this gimbal is its fragility…. Be sure from a medium shock on the system, the gimbal will break. The sensor offers to record video in 4K up to 30fps. Same for the 2.7K resolution. From 1080p, faster fps are offered (60fps). With the original camera firmware, the datarate is around 40Mbit/s. Transmitter The transmitter is a Mavic inspired model with the possibility to attach directly a smartphone but not a tablet out of the box. Everything is white…. even the buttons. It’s super hard to guess the logo printed on them especially with strong lights. So in practice, you will have to loose 3-4s to guess the role of each buttons.. There are small also. The general plastic quality is not good. It’s more a toyquadcopter transmitter than a >350USD one. Even worse, the sticks are fully plastic. No possibility to install some metal models. Springs are weak… Controls are imprecize. For example, it’s hard to keep a full straight one …. I don’t like the transmitter. Unfortunatly, it’s a new protocol developped by Hubsan. No possibility to control the craft with a DeviationTX compatible radio. The pitch of the camera can be control via this left dial. Until last firmware, this control was very touchy. It’s solved with last updates where now you can tune the rate by yourself. The specific microUSB port used to charge the builtin battery and to connect the transmitter to your smartphone A 5 pin port. This one is important if you want to flash a new RC firmware. Unfortunatly, you will need to short the two left pins. One safe solution is to use a 1.5mm JST 2positions cable. A maximum of a 6.3″ can be installed. If you plan to install a tablet, unfortunatly the dimensions of the transmitter are incompatible with all Mavic tablet holder available. You will need to mod yours. Here is my mod but better solution can be obtained without problem As said proviously, you need to use the original cable with a cable extender. No possibility to install directly a 20cm OTG cable for example. It’s not working. UNBOXING, ANALYSIS AND TESTING The first video is the unboxing and the introduction of the “X-hubsan” appz. This latter unify all WiFi based Hubsan product. It’s a very good application in general. For example, the waypoints definition for mission planning is simple. The orbit mode also offers a lot of options. It’s great. As the Hubsan Zino is known to have poor GPS hold stability, be sure before each take-off to perfom locally a compass calibration. A minimum of 9 satellites is required to take off (You can fly without GPS assistance, but you have to turn off the corresponding option in the settings). This second video shows the general performances of the machine in term of GPS hold, video stabilization and advanced flight modes. If I can confirm that the GPS hold is not beyong the best, it’s not also catastrophic, at least with moderate wind conditions. The z-elevation deviation is about 1.5m and is more severe when the machine is below 3m high. The x-y deviations are about 1m. For the video stabilization, the performances are great….. No real complain/vibration can observed. That’s the most positive point. With the original video firmware, if the color rendition is good, the video is not super sharp especially for the background scene. Trees and branches are blurred for example whatever the resolution. In term of FPV distance, with the original firmware, seems there is a 1Km geofence barrier. For the advanced flight modes, the visual tracking model is just working great…. I liked the fact that if he lost the track, he offers to you a target re-association solution. The orbit mode works perfectly also.. One can regret the lack of specialized selfie flight modes “à la DJI”. The flight duration was reported in practice between 22-23 min. If you are using the original charger, it’s advised after a first charge, to restart the charging procedure after a couple of minutes. Some extra mAh can be stored in this way. With last firmwares, a new video setting is available where the datarate is increased correspondly With these last updates, when the sharpness is set to maximum, the general quality is improved… I even found the gimbal stabilization also improved. In another hand, no real improvement for the GPS hold stabilization. It’s not a drama but it will be for example hard to have a stable selfie video in low altitude, i.e. the machine will move constantly. Another introduction is the possibility to monitor the SNR of each available 5.8G WiFi channels and select the less noisy. Of course in order to maximize the video link. I was also able to go beyound 1 km. I am pretty sure some with some windsurfer installed on both antennas, we can go further. CONCLUSIONS Clearly the Hubsan Zino suffered of some imature firmwares linked with a too early introduction. Probably hubsan knew than Xiaomi will delivered soon the X8 SE. In fact the Zino is blocked between the Xiami A3 and the X8 SE. If you are looking for a brainless RTF machine ultra stable and durable, probably go for the Xiaomi A3. Anyway, if you want more advanced flight modes, a better gimbal stabilization and camera, finally flashed with all last firmwares, the Zino is a good machine and can be recommanded. It’s not an amazing plateform but a good one. Orbit mode, waypoint planner and visual tracking are really efficient. The flight duration of 23min checked in practice is good enough. But be sure with the Zino that you will need to perform each time a solid compass calibration before each take off. Actually thanks to the code f7c8f3, the Hubsan Zino can be found around 238 euros… so more or less the same price as the Xiaomo A3. PROS + Great Gimbal video stabilization + 23 min of flight time + Foldable + 710g + Good iOS/Android appz + Good visual tracking + 4K@30 resolution + Nice videos (improved with last firmwares) + Relatively cheap CONS – Not ultra precize GPS-hold (improved with last firmwares) – Potential toilet bowling effect (improved with last firmwares) – Some reported fly away (mostly with first firmware releases) – Loose 4-5m of altitude after a fast u-turn (fixed with the last firware 1.1.48 update) – Poor plastic quality for the transmitter – No color printed TX buttons/hard to guess with strong day lights – Imprecize transmitter controls/sticks – Need to turn on developper/USB debugging for android connexion – 1Km max distance hard-coded into the Zino’firmware (fixed with the last firware 1.1.48 update) – High compression/blurred background details (new “sharpness” option available with last firmware increase the datarate) – Props occlusion from mid-forward speed or fast turns – Need sometimes multiple USB plugging/unplugging to retrieve the video feedback – Need an extra 1.5mm JST XH plug for the TX’firmware update procedure – Long battery charging (>2.5h)=>Need to special 3S balancer plug for professional LIHV charger usage – Short USB cables (10cm only). Impossible to plug directly with them a tablet – Real 4K sensor? optional – No obstacle avoidance sensor This quadcopter have been courtesy provided by Banggood in order to make a fair and not biased review. I would like to thank them for this attitude. You can find it actually for 320USD (code f7c8f3 ) at https://www.banggood.com/Hubsan-H117S-Zino-GPS-5G-WiFi-1KM-FPV-with-4K-UHD-Camera-3-Axis-Gimbal-RC-Drone-Quadcopter-RTF-p-1361281.html View the full article

Well …. yet another SPCMaker product/attempt to release a jellofree HD machine. Here is the Miniwhale 78 HD: https://www.banggood.com/SPC-Maker-Mini-Whale-HD-78mm-Micro-F4-FPV-Racing-Drone-PNP-BNF-w-25100mW-VTX-Runcam-Split-Mini-2-p-1439455.html We have an hybride tinywhoop brushless FPV racer with a main 1.5mm carbon frame coupled with a full nylon/whoop structure. In term of electronic, we find the same as for the K’serie, a i.e. F4 micro FC, a 4-in-1 12A ESC board 3S compatible (and prabably 4S). For motors, 1103/10000Kv coupled with 1635 GF props. For the HD part …. still the Runcam split Mini 2… I really hope the fixed version (I think so)… and as you already know with SPCMaker, they can deliver great machines as some rubbish ones since there is almost no real tunings from their side. According to the structure, I do think this machine is finally the Jellofree HD machine from SPCMaker… Annouced to be 52g without battery, probably 54g with one of the three receiver modules proposed (FrSky D16, Flyskk AFHDS-2A and Spektrum DSM2/X). Specifciation: Brand Name: Spc Maker Model: Mini Whale Item Name: 78mm Whoop FPV Racing Drone Version: PNP ( Without Receiver) / Compatible Flysky RX/ Compatible Frsky RX Compatible DSM2/DSMX RX / Compatible Futaba Receiver ( Optional) Wheelbase: 78mm Weight: 52g ( Without Battery) Flight Controller: MICRO F4 Flight Controller ESC: MICRO 12A 2-3S Blheli_S 4 In 1 ESC Motor: 1103 10000KV Brushless Motor Propeller: Gemfan 1635 40mm 4-Blade Propeller FPV Transmitter: 5.8G 40CH 25/100MW VTX Receiver: Without Receiver/ Compatible Flysky RX/ Compatible Frsky RX Compatible DSM2/DSMX RX / Compatible Futaba Receiver ( Optional) FPV Camera: Runcam Split Mini 2 1000TVL 2.1mm Lens P/N Camera Battery: NOT Include Package Included: 1 x Mini whale Kit 4 x 1103 kv10000 Motor 1 x MICRO F4 Flight control 1 x MICRO 12A 4IN1 ESC 2 x GEMFAN 1635-4 40mm CW 2 x GEMFAN 1635-4 40mm CCW 1 x Runcam Split Mini 2 Camera 1 x 5.8G 40CH VTX 1 x 12mm*20mm Battery Strap 1 x DSMX/Frsky/Flysky/futaba(optional) View the full article

Yes another Tinywhoop HD/Cinewhoop HD, this time in 80mm format … with the Gofly Scorpion 80 HD: https://www.banggood.com/Gofly-RC-Scorpion-80HD-80mm-Micro-Brushless-2S-Whoop-FPV-Racing-Drone-F405-RunCam-Split-Mini-2-Cam-25100mW-VTX-p-1438742.html Not a lot of informations available, but from the photos, it seems the HD recording is done via the fixed version of the Runcam Split Mini 2 with the lens in M12 format (instead of M8). The full plastic struture looks robust. The Scorpion is 3S compatible thanks to its strong 12A BLheli_S ESC coupled with 1103/11000KV motors. The 40CH 5.8G is Smart Audio compatible. You will be able to control the output power from 25mW up to 100mW. The machine is proposed in PNP or in three BNF options (FrSky D16/Flysky AFHDS-2A/Spektrum DSM2,X). With a weight of 55g witout battery (probably 57g with the receiver), this machine is 10g more heavy than the Modula 7 HD but lighter than the Tinyleader HD. Wait & See … Specification: Brand name: GOFLY-RC Item: Scorpion 80HD 2S Brushless Whoop Micro drone Wheel base: 80mm Weight: 55g (without battery) Size:113x103x41mm Power input: 2S-3S lipo battery Motor:1103 11000KV brushless motor/1.5mm shaft ESC: 4in1 BLheli_S 12A Flight controller: F4(F405) OSD/Smart Audio ready Camera: RunCam Split Mini 2 1080P Video transmitter: 5.8G/25-100mW/40CH/SmartAudio Ready Receiver: without receiver/ DSMX/ FS-RX2A/ XM+ receiver(optional) Propller: Gemfan1636 40mm 4-blade Package Included: 1x Scorpion80 HD Micor Drone 1x battery mount 1x battery strap View the full article

Sudah 25 tahun tunggal putra puasa gelar juara All England 2019. Legenda bulutangkis, Haryanto Arbi, meminta agar Jonatan Christie dkk berlatih lebih keras lagi. Indonesia hanya merebut satu gelar juara dari All England 2019, yakni dari pasangan nonpelatnas, Hendra Setiawan/Mohammad Ahsan. Dengan kekuatan tiga pemain di sektor tunggal, tak satupun yang lolos ke semifinal. Anthony Sinisuka Ginting tersingkir di babak pertama, Jonatan Christie menyudahi penampilan di babak kedua, sedangkan Tommy harus pulang setelah kalah di perempatfinal. The post Tunggal Putra Paceklik Gelar All England 25 Tahun, Ini Saran Untuk Jonatan dkk first appeared on My Blog. View the full article

Driver Mercedes Valtteri Bottas memenangi seri pembuka Formula 1 2019 dalam Grand Prix Australia. Berikut klasemen pebalap usai race tersebut. Di Sirkuit Melbourne Park, Australia, Minggu (17/3/2019), Bottas menjadi yang tercepat dengan waktu 1 jam 25 menit 27.325 detik, unggul 20,8 detik dari rekan setimnya di Mercedes Lewis Hamilton. Hamilton sendiri finis kedua, meski memulai balapan dari posisi terdepan. Di tempat ketiga ada driver Red Bull Max Verstapen, disusul duo Ferrari Sebastian Vettel dan Charles Leclerc yang mengunci posisi lima besar. Sementara Bottas pun memimpin klasemen pebalap dengan 26 poin. Driver asal Finlandia itu mendapat tambahan satu poin usai juga berhasil menorehkan waktu lap tercepat dalam balapan kali ini. Aturan baru F1 sendiri akan memberi peraih waktu lap tercepat dalam posisi 10 besar tambahan satu angka. The post Klasemen F1 2019 Usai Bottas Menangi GP Australia first appeared on My Blog. View the full article