JCV-600 Basic UAV
- $999.00
- $999.00
- 单价
- 单价
小计:
$999.00
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Shipping
Shipping options and costs are calculated at checkout or confirmed in your quotation.
Delivery time depends on destination, customs clearance, and product availability.
Returns & Refunds
Eligible returns and refunds follow our Refund Policy.
Return shipping is handled according to the policy terms.
Media
xFlyCore video resources from the ROBOSN channel, including autonomous exploration, FUEL reproduction, ground-station development, and the FlyCore hands-on series.
Reproducing the FUEL Algorithm on a Drone with AI
Watch on YouTubeEpisode 3: I Let AI Build a Drone Ground Station - Then Tested It in Real Flight
Watch on YouTubeEpisode 2: FlyCore Makes Building an AI Drone Much Easier Than You Think
Open channel videosEpisode 1: What Is FlyCore? A New Way to Build Your Own AI Drone
Watch on YouTubeShipping & Return
xShipping
Shipping options and costs are calculated at checkout or confirmed in your quotation. Delivery time depends on destination, customs clearance, and product availability.
AMOVLAB ships technical products globally where logistics and compliance allow. Freight, duties, taxes, customs clearance, and delivery timelines may vary by destination and order configuration.
Returns & Refunds
Eligible returns and refunds follow our Refund Policy. Return shipping is not automatically free unless the return is caused by our error, a confirmed defective item, or another case covered by the policy.
Basic UAV flight platform
JCV-600 basic UAV platform for long-endurance flight testing.
A 600 mm quadrotor platform prepared for UAV development, payload integration, and autonomous flight research. It gives labs and engineering teams a complete airframe, flight controller, GPS, power system, battery, and charger foundation without locking the project into a fixed payload or data-link configuration.
JCV-600
Basic UAV Flight Platform
600 mmDiagonal motor wheelbase
70 minNo-payload flight time
1.5 kgMaximum payload
UART / CAN / PWMDevelopment interfaces
Detail image 01 / Product display
A complete 600 mm quadrotor platform, shown as a real aircraft.
The first original detail image is not just a beauty shot. It tells buyers that JCV-600 is delivered as a complete basic UAV platform with the aircraft body, four-arm layout, landing gear, motor and propeller installation, and a central equipment bay ready for secondary development.
- 600 mm class quadrotor airframe for flight testing and engineering development.
- Four-arm layout with installed motor and folding propeller positions shown clearly.
- Central top plate and landing gear make the platform suitable for payload and electronics integration.
- The original product reference stays visible beside the translated selling point.
Detail image 02 / Component layout
The aircraft layout explains what is already integrated.
The second original image labels the main hardware around the aircraft. This is a selling point because it tells engineering buyers which core systems are already arranged on the platform and where the project can continue integration work.
- GPS module mounted on the aircraft for positioning workflow.
- IO power-supply system placed on the top platform for onboard electronics.
- Built-in flight controller as the aircraft control foundation.
- 15 inch folding propellers and 4006 motors for the 6S power system.
- Battery mounting area and landing gear shown for installation planning.
- Airframe arms and takeoff/landing support structure are visible for mechanical evaluation.
Detail image 03 / Shipping list
The package is defined clearly, including what is not included.
The third original image is a procurement selling point. It turns the platform from a vague airframe into a quoted kit: aircraft frame, flight controller, GPS, propellers, battery, and charger are included, while remote controller and data-link equipment are intentionally left for the user to configure.
| Item | Model / specification | Qty |
|---|---|---|
| Airframe | 600 mm wheelbase, with motor and ESC | 1 set |
| Flight controller | Codev Dynamics | 1 pc |
| GPS | M8Q | 1 pc |
| Propellers | 15 inch folding propellers | 2 pairs |
| Power battery | 6S 10000 mAh lithium-polymer battery | 1 pc |
| Balance charger | Lithium-polymer battery charger | 1 pc |
| Not included | Remote controller and data-link equipment should be prepared separately by the user. | - |
Detail image 04 / Parameters
Full flight, payload, power, and interface parameters are preserved.
The fourth original image carries the densest information, so the web page keeps it as both a visual reference and a full translated parameter table. This is where engineers can evaluate payload capacity, flight time, speed, accuracy, wind resistance, interfaces, and expansion modules.
| Size | 600 mm diagonal motor wheelbase |
|---|---|
| Flight platform type | Quadrotor |
| Power system | 6S FOC ESC + 4006 motor + 370 mm propeller |
| Weight | 2.4 kg with battery, excluding payload |
| Maximum payload | 1.5 kg |
| Maximum takeoff weight | 4 kg |
| Flight time | 70 minutes at 2.4 kg with no payload; 35 minutes at 2.4 kg plus 1.5 kg payload |
| Hover accuracy | Vertical 0.5 m; horizontal 1.5 m |
| Maximum yaw rate | Position mode 120 deg/s; Sport mode 150 deg/s |
| Maximum tilt angle | Position mode 30 deg; Sport mode 35 deg |
| Maximum flight speed | Position mode 45 km/h; Sport mode 80 km/h |
| Maximum ascent / descent | 5 m/s ascent; 3 m/s descent |
| Maximum wind resistance | 15 m/s |
| Battery configuration | 6S 10000 mAh lithium-polymer battery pack, 70-minute configuration |
| External interfaces | 3 UART ports, 1 CAN port, 1 XT30 battery-voltage power output, 1 RC port, and 8 PWM ports |
| Expandable modules | RTK, UWB, omnidirectional visual obstacle avoidance, edge-computing computer, LiDAR, and related modules |
| SKU | JCV-600 |
Configure a JCV-600 UAV platform for your project.
Tell AMOVLAB about your payload, flight time target, positioning needs, communication link, and onboard compute plan. The JCV-600 can be configured as a basic flight platform or expanded into an autonomous UAV development system.
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