Intelligent bus servos from 7 to 650 kg-cm for systems that run many actuators on one network. Less wiring, real-time feedback, synchronized control and easier diagnostics for UAV, robotics and industrial integration.
When an airframe or machine uses more than a few servos, individual PWM wiring becomes heavy, noisy and hard to debug. CAN keeps the whole actuator system on one simple network.
Daisy-chain or bus connection replaces long individual signal wires and reduces connector count, weight and assembly time.
Position, current and temperature can be reported back to the controller, so stalls, overloads and overheating become visible early.
Commands are addressed and time-aligned over the bus, which helps multiple surfaces or joints move together consistently.
Differential bus signaling is far more resistant to motor EMI than long PWM lines in a dense electrical environment.
The product design is focused on making integration easier: fewer corrections in firmware, simpler mechanical mounting and predictable behavior across the whole fleet.
Long service life, fast response and stable continuous duty without the wear of brushed commutation.
High-load models use steel gears to hold backlash tighter and survive repeated shock loads.
Fast bus communication keeps command latency low even with many servos on the same network.
XXX-CAN140 supports both CAN and PWM, making migration from legacy systems less disruptive.
XXX-CAN07-1 uses a multi-pole coreless motor for smooth low-speed motion and stable holding in small airframes.
From 6V micro servos to 30V industrial models, the series matches different power architectures.
Click any model to expand its full specifications and recommended application. Torque values are stall torque at the rated voltage.
| Image | Model | Voltage | Stall Torque | No-Load Speed | Stall Current | Weight | Dimensions | Motor | Gear | Key Feature |
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Rated torque is the continuous-duty working value; stall torque is the peak mechanical limit and stays the sizing reference. Model codes shown with a brand prefix placeholder. Photos, simplified dimension drawings and datasheet links are placeholders; real assets will be added before launch. Detailed CAD files are factory-confidential and are not distributed. Custom codes, packaging and labeling are available under our OEM / white-label program.
The series is arranged in three torque tiers so buyers can start from their load estimate and narrow down quickly.
Lightweight bus servos for small fixed-wing control surfaces, camera tilt and compact mechanisms where every gram matters.
For larger UAV control surfaces, robot joints, agricultural and general machinery with moderate space for mounting.
Industrial actuators, heavy turntables and large mechanical arms that need high holding torque and durable steel drives.
Share the number of actuators, torque per axis, voltage and control board. We can recommend models, bus topology and configuration notes.