Manufacturer profile

TQ-RoboDrive

High-torque-density servo kits and drive systems for humanoid, medical and service robots.

GermanyExact-model evidence linkedExpansion batch 1Checked 2026-08-13

Identity boundary

Profile, not endorsement.

RCI links the manufacturer identity to public evidence. Inclusion does not imply independent verification of performance, commercial availability in every region, or any commercial relationship with RCI.

Official website ↗
EVIDENCE DEPTH

What the current RCI record set actually supports.

16 claim-level observations point to 1 distinct source URLs; unresolved conditions remain visible.

Profile state

Exact-model evidence linked

At least one exact component record is linked below.

Product focus

Frameless servo motor kits and custom robotic actuators

Scope is descriptive and does not establish regional availability, fitness or equivalence across product families.

Evidence surface

1 models · 16 claims

1 distinct claim sources and 5 explicit unknown, conflict or limitation entries.

Editorial next step

Deepen the weakest conditions

Prioritize thermal, lifecycle, compatibility and independent-test gaps.

CATEGORY-SPECIFIC REVIEW

Questions RCI applies before comparison.

These checks define the evidence work still required; they are not claims about this manufacturer.

A

Motion & Actuation

  • Separate continuous, peak and stall output
  • Preserve duty cycle, thermal and cooling conditions
  • Resolve gearing, backlash, encoder and brake boundaries
  • Pin voltage, firmware and communication variant
AUDITED RECORDS

Components in the current release.

Every value on these records points to a claim-level source and verification date.

Low-voltage frameless hollow-shaft servo motor kitactive

TQ-RoboDrive

ILM-E85x13

This record freezes the 85 mm diameter, 13-class stack size of the ILM-E series in the star-serial interconnection published in the official data sheet. Rated torque carries the manufacturer condition that thermal behavior depends strongly on the installation situation, and peak torque carries its 20%-deviation-from-linearity definition.