Shark - Model Barakuda -Mule Robot

The Barakuda is a versatile and robust mule robot, engineered to support teams across a wide range of critical and high-risk operations. With a heavy-duty load capacity of up to 500 kg, Barakuda efficiently transports essential equipment, tools, and supplies through challenging terrains, significantly reducing physical strain on personnel and improving mission productivity.

Designed for both defense applications and security operations, this all-terrain robot enhances logistics in environments where rapid deployment, operational continuity, and safety are crucial. Its reliability, endurance, and modular capabilities make Barakuda a trusted asset for emergency responders, industrial sites, and specialized intervention units seeking to strengthen their on-field efficiency

Heavy payload capacity
Carries up to 500 kg of mission-critical equipment.

Strong towing power
Delivers towing support up to 1 ton in the field.

Endurance autonomy
Operates 10 hours with Shark Energy batteries.

All-terrain mobility
Handles slopes up to 40° and obstacles 30 cm.

Proven remote control
Secure control up to 1 km with mesh relay option.

Rugged design
IP65 protection and shock absorbers for harsh terrain.

Compact dimensions
185 × 120 cm footprint for tactical deployment.

Operational reliability
Developed with French Army feedback, field-proven.

• Operational autonomy : 10 h
• Max payload capacity : 500 kg (1,100 lbs)
• Pulling capacity : 1,100 kg (2,400 lbs)
• Obstacle clearance : Up to 30 cm (12″)
• Max slope / side slope : 40° / 35°
• Gross weight : 590 kg (1,300 lbs)
• Electric motors : 4 × 2,200 W
• Max speed : 20 km/h (12 mph)
• Dimensions (L × W × H) : 185 × 120 × 110 cm (73″ × 47″ × 43″)
• IP rating : IP65
• Battery pack : 4 × Lithium-ion (UN38.3 certified)
• Battery recharge : 3h30 (charging dock)
• Shock absorbers : Included
• External control : ROS2 / UDP ready
• Control range : ~1,000 m LOS with mesh relay
• Camera system : Front & rear
• LED lighting power : 10,500 lm
• Audio alarm : 110 dB