Engineering Division

The Machines We Are Building

Two purpose-built bipedal walker platforms engineered for the world's most demanding industrial environments.

Current Build Status

Walker Development Program

ARCSYS Corporation is actively developing two distinct bipedal walker platforms. Each machine is purpose-engineered for its operational environment, with shared core architecture and modular subsystems.

ARCSYS Walker machine under construction
BOL-001 // ACTIVE BUILD
ARCSYS Walker machine build progress
BOL-001 // PROTOTYPE PHASE
Build Status
ACTIVE
Est. Date
MAY 22, 2026
Classification
CONFIDENTIAL
Units in Dev
2 PLATFORMS
Bipedal Upright Walker
BUW-001
FIELD TESTING

Bipedal Upright Walker

Precision construction at human scale

The Bipedal Upright Walker is designed for modular construction of residential and workplace buildings. Standing at full human height, it navigates construction sites with precision, placing structural components with ±2mm accuracy while working alongside human crews.

Height
2.4m
Lift Capacity
12,000 kg
Placement Accuracy
±2mm
Operating Range
500m radius
Power Source
Hybrid Electric
Autonomy Level
SAE Level 4
Modular building component placement
Structural integrity verification via HUD
Real-time construction progress logging
Human-collaborative operation mode
Bipedal Off Loader Walker
BOL-001
PROTOTYPE

Bipedal Off Loader Walker

Dockside transfer — train to ship container handling

The ARCSYS Dockside Transfer Two-Legged Walker is engineered for port logistics, lifting containers directly from train flatcars and positioning them over ship holds with a single operator. Its bipedal stance allows it to straddle rail lines and dock edges where no conventional crane can reach.

Height (top)
10.2m / 33.5ft
Length
8.4m / 27.6ft
Width
4.2m / 13.8ft
Weight
68,500 kg / 151,000 lb
Lift Capacity
40,000 kg / 88,000 lb
Max Reach
6.5m / 21.3ft
System Power
Hydraulic-Electric
Operator
1 Person
Lift from train — engages spreader and lifts container from flatcar
Transfer to ship — walks and positions container over ship hold
Straddles rail lines and dock edges inaccessible to cranes
Single-operator cab with full HUD telemetry and load monitoring
Core Architecture

Shared Technology Platform

HUD System

Heads-up display providing real-time telemetry, environmental mapping, and task logging for operators and autonomous systems.

Hydraulic Drive

High-pressure hydraulic actuators deliver the force needed for heavy lifting while maintaining precise positional control.

Navigation Core

Multi-sensor fusion combining LiDAR, stereo vision, and IMU data for reliable navigation in complex industrial environments.

Power Management

Intelligent power distribution system optimizes energy use across all subsystems for maximum operational endurance.

Want to See More?

Explore how these machines are deployed across construction, dock operations, and global logistics.