VISIBLE / PHOTOS
Guarded airframe
The photographs show a four-motor frame with circular propeller guards.
FUNSKII / UAV PLATFORM
Compact UAV.Real hardware.
A compact UAV platform for development and integration. See the actual aircraft, then request details for your intended build.
FLIGHT CONTROLLERMOONPILOT H7
IMUICM42688P
THE PLATFORM
See the hardware first.
A small UAV development platform with a guarded airframe and accessible electronics. The photos below show the current physical assembly; the supplied export configuration and project requirements should be confirmed before quotation.
VISIBLE / PHOTOS
Layered electronics
The physical assembly includes a layered mount and exposed interface area.
VISIBLE / PHOTOS
Front module housing
See the front-facing enclosure in the product gallery; module specifications require confirmation.
CONFIRMED / CONTROL
MOONPILOT H7
Flight controller confirmed for the current product information.
CONFIRMED / IMU
ICM42688P IMU
Inertial sensor confirmed; integration details are available on request.
CURRENT / CONFIGURATION
Export scope
Included components and exclusions must be checked against the requested build.
ACTUAL PRODUCT PHOTOPRODUCT OVERVIEW
Compact UAV development platform
For teams assessing a small aircraft for research, integration or a custom project. Application suitability and performance are evaluated against the proposed configuration.
Get product detailsILLUSTRATIVE EXPLODED VIEW
MODEL / PHOTOGRAPHY
Explore the assembly.
This interactive model is built from the original design assembly. It is a concept view, not an exact product specification. The photographs show the current physical aircraft.
01
Guarded frame
Visible in the actual product photographs.
02
Layered electronics
The physical mounting structure is shown in the gallery.
03
Confirmed control hardware
MOONPILOT H7 flight controller and ICM42688P IMU.
Orange Pi 5 Pro board geometry in the 3.5" model adapted from Orangepi 5 Pro – Downloadable CAD Representation (Marathon OS), CC BY 4.0; rescaled, re-coloured and completed with missing components.
Duct geometry adapted from 怪象35圈圈机架 (XI35 duct) by irabud (MakerWorld), CC BY-NC-SA 4.0; repositioned, re-coloured and simplified.
HARDWARE / PHOTO GALLERY
A closer look at the assembly.
STANDARD EXPORT CONFIGURATION
Know what is included.
The list describes the current export version, not the platform's compatibility limits. Additional components may be discussed for a specific project.
CONFIRMED HARDWARE
- Flight controller
- MOONPILOT H7
- IMU
- ICM42688P
NOT INCLUDED IN THE STANDARD EXPORT CONFIGURATION
- 2.4 GHz communication module
- Battery
- Charger
- Remote controller
- Video transmission module
- GPS / GNSS
Flight time, payload, range, weight, dimensions, camera performance, speed, operating altitude and controller compatibility are available upon confirmation of the exact build.
POTENTIAL APPLICATIONS
Built for evaluation.
Explore possible usesDEVELOPMENT
01
Research & development
A physical platform for evaluating sensors, flight controls and software integration. Project scope is confirmed before testing.
INTEGRATION
02
Sensor integration
The accessible structure can be assessed for a project-specific sensor or compute assembly. Fit, power and compatibility require review.
POTENTIAL USE
03
Indoor evaluation
Controlled indoor trials are a potential use case, subject to the final flight configuration, safety plan and site conditions.
ORIGINAL SHOWCASE / EARLIER FOOTAGE
See the test space.
These clips and development screens were part of the earlier project showcase. They document that material; the configuration, operating mode and performance of the current export build require separate confirmation.
Indoor test area
An earlier recording of the aircraft in a controlled indoor space with a marked floor.
Obstacle course
An earlier recording of the marked test area and its freestanding obstacles.
EARLIER DEVELOPMENT MATERIAL
Views from the original project.
Historical interface captures. Feature availability for a supplied aircraft is confirmed per project.
PARTNERS
Partners
Universities we currently work with on UAV projects.
- Shandong University
- Northwestern Polytechnical University
- Harbin Institute of Technology
- Hubei University of Automotive Technology
- Jilin University
FROM INQUIRY TO SPECIFICATION
Start with the requirement.
01
Share the use case
Tell us the environment, required functions, destination and estimated quantity.
02
Confirm the build
We review components, export scope, interfaces and any performance targets.
03
Receive a brief
Specifications, feasibility, quotation and lead time are confirmed for the agreed configuration.
CUSTOM BUILD / OEM INQUIRY
Define the build together.
The photographed aircraft is a starting point for discussion. Share the required interfaces, destination and quantity so we can review what is feasible for your project.
AIRFRAMEELECTRONICSINTERFACESBRANDING
Discuss a custom build ACTUAL PRODUCT PHOTO
CONFIGURATION SUBJECT TO REVIEW
COMMON QUESTIONS
Before you inquire.
Which hardware details are confirmed?
The flight controller is MOONPILOT H7 and the IMU is ICM42688P. Other component and performance details depend on the exact build.
What does the standard export version include?
The current export version does not include a 2.4 GHz communication module, battery, charger, remote controller, video transmission module or GPS/GNSS. Ask us for the complete bill of materials for your proposed configuration.
What are the flight time and payload?
These figures have not been confirmed. Share the intended build and use case to request verified specifications.
Can the configuration be customized?
Tell us what you need to integrate. Availability, interfaces and feasibility are confirmed through technical review.
How do I request a quote?
Use the contact page to prepare a brief, then send it through your email or messaging app. Pricing and lead time follow configuration review.
FUNSKII / PRODUCT INQUIRY