The platformbeneath every robot

Mobility specific platforms

Every Micropolis robot starts with a proven foundation — a modular chassis engineered for its environment, payload and mission

Mega Size™Urban

Full Size™Off-road

Full Size™Urban

Compact™Off-road

Maximum payload and duty cycle. A heavy-frame architecture engineered for industrial-scale loads, continuous operation, and demanding duty cycles.

Off-road and expedition-grade. A high-clearance chassis built for the harshest terrain, engineered for extended autonomous operation in unstructured environments.

The all-terrain workhorse. The flagship platform — balanced payload, range and agility for logistics, inspection, and security across mixed environments.

Speed and precision. A lower-profile chassis built for fast deployment and tight maneuvering — ideal for urban autonomy and rapid-response missions.

Drive, steering & braking

Proprietary electric drive, steering and braking — one vertically integrated mobility architecture, designed and validated in house

In-wheel drive

Hub motors · 4 to 22 kW

• +Independent wheel control
• +Torque vectoring
• +Compact packaging

Mid-drive

High-torque units · 10 to 35 kW

• +High torque delivery
• +Continuous-duty rating
• +Industrial & off-road use

Peak torque

Mid-drive, at the wheel

780N·m

System voltages

Matched to each platform

• 96 V
• 400 V

Brake-by-wire

Electric braking

• +Independent brake control
• +Regenerative braking
• +Fail-safe by design

Steer-by-wire

Multi-mode steering modules

• +Independent wheel steering
• +Multi-directional movement
• +Autonomous trajectory control

One architecture

Full control of driving dynamics

• UGV
• AMR
• OFF-ROAD

In-house, end to end

Designed, engineered, validated

• DRIVE
• STEER
• BRAKE

Modularity is the architecture

Beneath every platform sits a vertically integrated electronics stack — power, control and compute on one deterministic CAN backbone

Master control

MCU-1.1.0®

• +Real-time control algorithms
• +Multi-protocol communication
• +Full sensor acquisition

Auxiliary control

RCU-0.1®

• +Lights, locks & actuators
• +H-bridge motor control
• +Isolated I/O & CAN diagnostics

Power management

PMU-2.1®

• +24–48 V wide input
• +Multi-rail regulation
• +Sequencing & diagnostics

Power distribution

PDU 1.0®

• +One source, every circuit
• +Integrated circuit protection
• +Ruggedized connectors

HV distribution

HV-PDU 1.0®

• +400–800 V DC routing
• +Overcurrent protection
• +Automotive-grade connectors

Motor drive

MDU 1.0®

• +BLDC commutation
• +Controlled three-phase output
• +CAN-commanded torque

Purpose-built power

Purpose-built battery architectures — LiFePO₄ chemistry, smart BMS and liquid cooling, engineered for mission-critical reliability

The battery platform

LiFePO₄ · Liquid-cooled · CAN

M01 pack

400 V high-voltage system

38.5kWh

M1.5 pack

96 V system

53kWh

Inside every pack

• +Smart BMS — monitor & balance
• +Liquid-cooling loop
• +CAN telemetry
• +Multi-layer protection

M2 pack

96 V system

16kWh

Fail-safe protection

Multi-layer

• OVER-CHARGE
• OVER-CURRENT
• SHORT-CIRCUIT

Fast charge

Maximum charging current

280A

Range extender

EU5 & EPA certified V-twin

• 60 L TANK
• REMOTE START