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Muka BES-HV Electric-Driven Waist Exoskeleton Robot vs Well-Being HAL® – Single Joint Type

Xiamen MUKA Intelligent Technology Co., Ltd. vs Cyberdyne Inc. — specs, price, and data-backed comparison.

QUICK TAKE

  • Muka BES-HV Electric-Driven Waist Exoskeleton Robot offers the higher payload (30 kg vs 1.5 kg).
  • Muka BES-HV Electric-Driven Waist Exoskeleton Robot offers the longer runtime (390 min vs 120 min).
  • Muka BES-HV Electric-Driven Waist Exoskeleton Robot offers the more degrees of freedom (4 vs 1).
  • Well-Being HAL® – Single Joint Type offers the lighter build (1.5 kg vs 5.6 kg).
  • Muka BES-HV Electric-Driven Waist Exoskeleton Robot is the newer platform (2,025 vs 2,019).

SPECIFICATIONS COMPARED

Muka BES-HV Electric-Driven Waist Exoskeleton RobotWell-Being HAL® – Single Joint Type
CompanyXiamen MUKA Intelligent Technology Co., Ltd.Cyberdyne Inc.
CategoryExosuitExosuit
Price:Not announcedNot announced
Released:20252019
Weight5.6 kg1.5 kg
Payload30 kg1.5 kg
Degrees of Freedom41
Speed7.5 km/h—
Battery Life390 min120 min

FREQUENTLY ASKED QUESTIONS

What is the difference between the Muka BES-HV Electric-Driven Waist Exoskeleton Robot and the Well-Being HAL® – Single Joint Type?

Muka BES-HV Electric-Driven Waist Exoskeleton Robot is made by Xiamen MUKA Intelligent Technology Co., Ltd., while Well-Being HAL® – Single Joint Type is made by Cyberdyne Inc.. Both are exosuits, so the differences come down to price and specifications.

Which has the higher payload, the Muka BES-HV Electric-Driven Waist Exoskeleton Robot or the Well-Being HAL® – Single Joint Type?

The Muka BES-HV Electric-Driven Waist Exoskeleton Robot has the higher payload at 30 kg, compared to 1.5 kg for the Well-Being HAL® – Single Joint Type.

Which has the longer battery life, the Muka BES-HV Electric-Driven Waist Exoskeleton Robot or the Well-Being HAL® – Single Joint Type?

The Muka BES-HV Electric-Driven Waist Exoskeleton Robot has the higher runtime at about 390 minutes, compared to about 120 minutes for the Well-Being HAL® – Single Joint Type.