ROBSTRIDE06 QDD 36N.m integrated joint motor module

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199,95 €
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199,95 €
Regular price
199,95 €
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🤖 ROBSTRIDE06 QDD 36N·m Integrated Joint Motor Module

The ROBSTRIDE06 QDD is a high-torque powerhouse 💪 built for demanding robotic applications like:

  • 🦾 Exoskeletons

  • 🛠️ Heavy-duty manipulators

  • 🐾 Agile quadrupeds


⚙️ Quasi-Direct Drive Architecture

Experience ultra-smooth motion 🎯, responsive compliance 🤸, and precise feedback 📡—perfect for dynamic control environments.


🧩 All-in-One Integration

Motor, driver, encoder, and gearbox—fully integrated into a compact form factor 📦. Simplifies system design 🧠 and cuts down on wiring clutter 🔌 for faster deployment and cleaner builds.

Features

  • 🌀 Rated Torque: 36 N·m

  • ⚙️ Integrated Design: Motor + Driver + Encoder + Reducer

  • 🔄 QDD Architecture: High backdrivability and responsiveness

  • 📐 Compact & Modular: Ideal for multi-joint robotic systems

  • 🔌 CAN Bus Communication: 1 Mbps for real-time control

  • 🎯 High-resolution Encoder: 14-bit absolute, multi-turn support

Mechanical Specs

Item Specification
Size 88 × 88 × 49 mm
Weight 621 g ± 10 g
Poles 28
Phases 3 phases
Drive Method FOC
Reduction Ratio 9 : 1
Gear Material Machined Steel

Standard Using Status

Item Specification
Rated Voltage 48 V
Voltage Range 15–60 V
Rated Load (CW) 11 N·m
Running Direction CW / CCW
Using Temperature 25 ± 5
Temperature Range -20 ~ 50
Storage Temperature Range -30 ~ 70
Using Humidity 65%
Humidity Range 5 ~ 85%
Insulation Level Class B

Electrical Specs

Item Specification
No‑load Speed 480 rpm ±10%
No‑load Current 0.98 Arms
Rated Load 11 N·m
Rated Load Speed 100 rpm ±10%
Rated Load Phase Current (Peak) 14.3 Apk ±10%
Peak Load 36 N·m
Max Load Phase Current (Peak) 57 Apk ±10%
Insulation Resistance / Stator Winding DC 500 VAC, 100 MΩ
High Voltage Resistance / Stator & Casing 600 VAC, 1 s, 2 mA
Back‑EMF 7.6 Vrms/kRPM ±10%
Torque Constant 1.1 N·m/Arms
CAN Bus Baud Rate 1 Mbps
Encoder Resolution 14‑bit (Single Absolute)
Encoder Type Magnetic Encoder
Encoder Number 2
Wire Design 1 in 1 out
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