China's Yeshu Group Seeks 50 Humanoid Robots for Coconut Processing

Traditional Manufacturing Meets Robotics

Yeshu Group, one of China's most iconic beverage companies known for its coconut juice, has issued a public tender for 50 humanoid robots designed to automate coconut shelling and peeling operations.

The procurement notice reveals an ambitious vision for a fully automated, intelligent coconut processing production line.

The Technical Requirements

• Throughput: 360+ coconuts per hour per unit
• Coconut size range: 8-15 cm diameter (fresh, unshelled)
• Shelling rate: 100% (complete shell removal)
• Peeling rate: 95%+ (outer skin removal, exposing white flesh)
• Damage rate: 1% or less (must not damage inner flesh or cause juice loss)
• Peeling thickness: Adjustable, 0.2-1mm range
• Material: Food-grade stainless steel (304 or above)
• Fault tolerance: Low failure rate, consumable parts 5,000+ hours

Additional requirements include AI-powered intelligent control systems, adaptive adjustment for different coconut sizes, and continuous stable operation.

Bidder Qualifications

• Registered capital of 5 million yuan or more (~$690,000)
• Business scope must include AI humanoid robot R&D
• ISO9001 quality management certification preferred
• Supply cases from the past 3 years required
• Bidding deadline: April 12, 2026

Analysis

This tender is significant for several reasons:

1. Mainstream adoption signal — A traditional food and beverage company seeking humanoid robots signals that robotics is penetrating beyond tech and automotive sectors.

1. Demanding specs — 360 coconuts per hour with 1% damage rate is a high bar. Handling irregular natural objects at this speed requires advanced perception and dexterous manipulation.

1. Scale matters — 50 units represents a substantial deployment, suggesting Yeshu sees this as a core production strategy rather than a pilot.

1. Dual motivation — The tender explicitly mentions enhancing corporate image alongside reducing labor costs.

This kind of demand from non-tech traditional industries is exactly what robotics companies need to achieve scale. The question is whether current technology can deliver on these specifications with production-ready systems.