Kepler K2

Overview

The Kepler K2 is a bipedal humanoid from Kepler Robotics, standing 175 cm with a 15 kg per-hand dexterous payload, priced at $248,000 (approximately £195,000). This places it among the most expensive commercially available humanoids, reflecting its high-precision dexterous manipulation capability. Kepler Robotics is based in China and positions the K2 as a premium industrial platform for tasks requiring fine motor control and significant grip strength simultaneously, areas where lower-cost competitors with weaker hands cannot substitute. The 15 kg per-hand figure is particularly notable; most humanoids in this price range offer 3 to 5 kg per arm, making the K2 unusual in combining dexterity with high payload in its manipulation system.

Key Specifications

• Height: 175 cm
• Per-hand payload: 15 kg
• Price: $248,000 (approx. £195,000)
• Status: available

Use Cases

The K2 targets precision manufacturing, electronics assembly, and industrial tasks where high dexterity and grip strength are both required simultaneously. Its price point positions it for high-value production lines in sectors such as aerospace, defence electronics, and automotive, where the cost of product damage or rework far exceeds the robot's acquisition cost over a typical deployment lifecycle.

Buying Used

Secondhand K2 units are not yet available. At this price level, buyers should negotiate comprehensive service agreements before initial purchase and clarify the terms under which used units could be transferred between operators. UK buyers should also factor in import duties, VAT, and the cost of any required UKCA compliance assessment, which for a £195,000 machine could add several thousand pounds to the total acquisition cost.

Alternatives to Consider

• Boston Dynamics Atlas 2024: comparable premium positioning with superior dynamic locomotion capability
• Figure 02 ($150,000): similar payload at a lower price with an active commercial pilot track record
• Apptronik Apollo ($100,000): lower cost with comparable industrial focus and a swappable battery