Lower mission payloads
Use the standardized underside area for cargo containers, release mechanisms, firefighting modules or an application-specific assembly.
30 kg modular hexacopter platform
M630 Modular Payload UAV
A configurable six-rotor airframe for material transport, power-line inspection, firefighting equipment and custom mission payloads. The M630 combines a standard lower mounting plate, optional front gimbal rack and compact downward-folding structure in one integration-ready platform.
30 kg
Maximum payload
49 kg
Takeoff weight
6 rotors
Modular hexacopter frame
5–15 m/s
Specified flight speed
Platform positioning
One airframe, multiple mission configurations
The M630 is designed for integrators and project buyers who need to change the equipment below or in front of the aircraft without changing the core platform. Its open mounting architecture supports cargo boxes, firefighting devices, cameras, gimbals and other project-specific equipment.
A 500 mm approximate vertical clearance beneath the standard mounting area provides practical space for payload integration. The forward rack is optional, allowing imaging or inspection equipment to remain separated from lower cargo or mission hardware.
Standard lower interface
A broad mounting plate for compatible cargo and task modules.
Optional front gimbal rack
A dedicated position for common gimbals and imaging payloads.
Payload integration
Mount the equipment your mission actually needs
The airframe layout separates lower payload mounting, forward sensing and battery accommodation, giving system integrators clearer options for weight distribution and equipment placement.
Forward gimbal integration
Add the optional front rack for inspection cameras, observation gimbals or other compatible sensing equipment.
Press-fit battery bay
The 215 × 281 × 130 mm internal compartment is designed for broad battery compatibility and efficient field access.
Airframe and transport
Downward-folding arms reduce the transport footprint
The umbrella-style fold brings all six arms close to the central body. Folding latches keep the structure secure while simplifying packing, transport and on-site assembly.
- Unfolded size
- 2025 × 1820 × 840 mm
- Folded size
- 1180 × 1050 × 840 mm
- Center wheelbase
- 1950 mm
- Bare frame weight
- 7.9 kg
Excluding motors and batteries
Structural details
Built around a lightweight carbon-fiber frame
40 mm carbon-fiber arms
Large-diameter carbon tubes balance structural strength with lower frame weight.
Split sealed shell
The upper and lower housing is enclosed, with internal space for GPS installation and protected wiring.
Folding propulsion layout
Folding propellers and arm hardware support more compact handling between missions.
Project-ready assembly
Frame and optional power-kit contents can be matched to the final control, battery and payload configuration.
Technical specification
M630 aircraft and system data
These values describe the platform configuration in the M630 product materials. Final performance depends on payload mass, center of gravity, propulsion set, battery condition, route, altitude and weather.
| Item | Specification |
|---|---|
| Aircraft layout | Six-rotor modular platform |
| Maximum payload | 30 kg |
| Takeoff weight | 49 kg |
| Frame weight | 7.9 kg, excluding motors and batteries |
| Unfolded dimensions | 2025 × 1820 × 840 mm |
| Folded dimensions | 1180 × 1050 × 840 mm |
| Center wheelbase | 1950 mm |
| Arm diameter | 40 mm |
| Flight speed | 5–15 m/s |
| Specified temperature range | -10°C to 40°C |
| Flight-control support | V10 Pro; ground-station control support |
| Propulsion support | X9 PLUS |
| Battery support | 14S 30000 mAh × 2 |
| Brochure protection claims | IP64 airframe, IPX6 motor and level-6 wind resistance; request configuration-specific documentation during technical review |
Mission scenarios
Configure the M630 around the operating task
Mission suitability should be reviewed against payload dimensions, total mass, center of gravity, route, weather and regulatory requirements.
Material transport
Move tools, supplies or compact cargo across industrial and logistics sites.
Industrial site support
Support site logistics or add a gimbal and sensor package for infrastructure observation.
Firefighting payloads
Carry compatible suppression or delivery equipment selected for the target emergency workflow.
Remote-site support
Plan delivery missions where road access, terrain or response time complicates ground transport.
Package contents
Frame kit and optional power kit
Standard frame kit
- Body assembly × 1
- Carbon-fiber arms × 6
- Landing-gear cross tubes × 2
- Landing-gear vertical tubes × 4
- Arm folding joints × 6
- Landing-gear fittings and hardware
- Arm clamps × 6 and parts pack × 1
Optional propulsion kit
- CW propellers × 3
- CCW propellers × 3
- CW motors × 3
- CCW motors × 3
- Propeller holders × 6
- Final motor, propeller and ESC specification confirmed per project
Before quotation
Information we need to configure your M630
- PayloadWeight, dimensions, mounting points and center of gravity
- Mission profileRoute distance, flight height, cycle rate and task duration
- EnvironmentTemperature, wind, altitude, dust, moisture and landing area
- System scopeFlight control, gimbal, data link, batteries, charger and ground station
- ComplianceDestination market, documentation and local operating requirements
- Commercial planPrototype or production quantity, branding and delivery schedule
Buyer FAQ
M630 configuration questions
Is 30 kg the payload or the aircraft weight?
The product material specifies a maximum payload of 30 kg and a takeoff weight of 49 kg. The bare frame is listed at 7.9 kg excluding motors and batteries. Final allowable payload must be checked against the complete configured aircraft and operating conditions.
Can the M630 carry a camera and a lower payload at the same time?
The platform provides a standard lower mounting area and an optional forward gimbal rack. Simultaneous use is configuration-dependent and requires a center-of-gravity, power, vibration and total-mass review.
Which propeller specification is standard?
The source materials reference both a 43-inch propeller in the technical table and a 36-inch folding propeller in the X9 PLUS component section. AeroSightX will confirm the final motor and propeller combination against your selected payload and performance target.
What must be confirmed before an IP or wind-resistance claim is used in a project?
The product materials list IP64 for the airframe, IPX6 for the motor and level-6 wind resistance. Request the relevant documentation and confirm the exact aircraft, propulsion and payload configuration during technical review.
Compare and plan
Continue your heavy-lift UAV evaluation
Compare another 30 kg transport platform, review the wider cargo UAV range or use the payload planning guide before requesting a configuration.
Product rangeHeavy-Lift Cargo DronesCompare M630, XJ-TD30 and YS-F50 by payload and mission fit.Alternative platformXJ-TD30 Cargo DroneReview a purpose-focused 30 kg cargo transport configuration.Selection guideDrone Lifting CapacityUnderstand how payload, endurance and safety margin affect selection.
Build the M630 Around Your Payload
Send your payload weight, dimensions, mission distance, environment, destination market and expected quantity. We will review the suitable frame, propulsion, battery, mounting and control-system scope.
Request an M630 Configuration