Price:
1288$
Model:
PD95 accessory governance
Exterior Size
PD95 dimensions require current drawing
Internal Size:
Accessory controller identity not documented
Maximum Occupancy:
Dynamic load and host-motion limits unverified
Material:
Archived host supply: 40V; tolerance and current unknown
Power:
No operator display included in accessory scope
Light:
IPX3 wording requires test basis and connector conditions
Voltage:
Mount, power, data and safety interfaces require documentation
Weight:
Accessory mass not retained; load entry about 3.6kg
Certification:
Laser and radio compliance records required
The PD95 archive identifies a carbon-fibre and alloy gimbal or payload accessory with about 3.6kg listed capacity, 40V input and IPX3 wording. It does not describe a complete quadruped robot. The same short source lists an 80mW laser and 1W transmitter and receiver without wavelength, laser class, radio frequency, protocol, antenna, regional approval or safety documentation. Those entries are not ready for use and should remain disabled or omitted until qualified records and a lawful application review are complete.
| Boundary | Archived entry | Required document |
|---|---|---|
| Mechanical | Carbon fibre/alloy; approximately 3.6kg load | Drawing, mounting pattern, centre-of-mass envelope and dynamic rating |
| Electrical | 40V from robot supply | Voltage tolerance, current profile, connector, protection and grounding |
| Environment | IPX3 wording | Test standard, orientation, connector condition and maintenance limits |
| Optical/radio | 80mW laser; 1W TX and RX | Wavelength, class, frequency, certification and locked safety state |
Confirm that the quote is for the accessory, not a full robot.
Obtain mass, drawing, mount and centre-of-gravity envelope.
Verify 40V tolerance, current demand, connector and protection.
Request the IPX3 test basis and connector conditions.
Hold optical and radio functions pending complete safety and certification records.
Obtain the PD95 mass, dimensions, mounting-hole drawing, permissible centre of gravity, static and dynamic load definitions and cable-motion envelope. Check the host robot's accessory rail, connector pinout, current budget, protective devices, thermal limits and emergency stop behaviour. A 40V headline alone does not establish electrical compatibility.
Do not energize an unidentified laser or transmitter. The supplier should provide laser wavelength and class, enclosure and interlock information, radio frequency and protocol, antenna data, regional certification and an approved test procedure. Acceptance should be performed by qualified personnel in a controlled civil environment with the devices kept in a safe disabled state until documentation passes.
Provide the host robot, civil sensor purpose and required compliance records for compatibility review.
Archived fields below remain pending current evidence.
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Tel: +86-13959965075
Email: info@fpvdroneskit.com
MP/WhatsApp: +86-13959965075
Manufacturer Address:Quanzhou Valley Nanan Science and Technology Innovation Center, No. 89 Shijing Avenue, Shijing Town, Nanan City, Fujian Province
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