Product Specification |
|
Main Rotor Dia. |
17 x 5.5 inch symmetric motor wheelbase:700mm |
Overall (L x W x H) |
Unfolded 1100 x 1100 x 340mm / folded 300 x 300 x 340mm |
Weight |
No payload weight: 2400g / Maximum takeoff weight: 5500g |
Remote Controller |
DEVO F18G |
Brushless Motor |
WK-WS-58-001 |
Brushless ESC |
Voyager 5 |
Battery |
22.8V 4300mAh 5C(6S) LiPo |
Flight Time |
No payload: 45min, Payload: about 30min |
Working environment |
-10℃ ~ +40℃ |
Gimbal: |
|
Controllable accuracy |
Static: ±0.008°; Motion: ±0.02°; Shake-proof: ±0.008° |
Controllable range |
Pitch rotation -90°~ +45°; Horizontal ±150° |
Max Controllable Speed |
Pitch: 30°/s |
Camera |
|
Sensor |
ASK, low light camera specs not available now. |
ISO Range |
Ask |
Video Resolution |
Ask |
Photo Resolution |
Ask |
Focal Length |
Ask |
Video Storage Maximum |
64Mbps |
Compress Standard |
H.264 / H.265 |
Files Format |
JPG/MP4 |
Support Micro-SD |
Micro SD/SDHC Card(MAX128G) |
Downward Vision System |
|
Velocity range |
Velocity ≤ 10.8km/h ( 2m above ground and sufficient lighting) |
Altitude range |
≤ 3m |
Hover accuracy range |
±0.5m |
Frequency |
50Hz |
Operating environment |
Surfaces with rich patterns and sufficient lighting |
Infrared Obstacle Avoidance System |
Obstacle detecting range |
5m |
FOV |
horizontal 30°; vertical ±30° |
Frequency |
20Hz |
Remote Controller |
|
Overall (L x W x H) |
165 x 174 x 62mm |
Operating Frequency |
2.4G / 1,4Ghz |
Transmitting Distance |
About 10km (open without shelter, no electromagnetic interference) |
Video Output Port |
USB, HDMI |
Built-in battery |
7.4V 3000mAh Li-po 2S |
Mobile device holder |
Applicable to tablet and phone |
Features |
|
1. The innovative design makes the aircraft arms and landing gear all foldable and portable. Easy assembly generates quick operation. |
2. The brand new three-battery redundant system provide Voyager 5 with double protection. Even when two batteries have problem, the rest 1 battery still can ensure the flight safety. |
3. Voyager 5 integrated a safety assurance system called FlightSafety, which is composed of a dual IMU, dual compass, and dual GPS system, in order to make it much more reliable and safer. |
4. The front facing infrared obstacle avoidance module, altimeter and optical flow positioning module, enable the aircraft to better position and sense obstacles while flying in the air, greatly reducing risks caused by misoperations. |
5. Adopting the advanced 2.4G long range video transmission system, which makes the maximum video transmission range as long as 10km. |