KATO IC37 Crawler Carrier

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KATO IC37 CRAWLER CARRIER

POWERFUL, DURABLE & EASY TO OPERATE

The KATO IC37 Crawler Carrier is engineered for efficiency, safety, and durability on any job site. With a class-leading payload of 8,157 lbs and a 62.7 HP Kubota engine, this compact crawler carrier offers superior performance in transporting heavy loads over rough terrain. Its dynamic spin-turn capability with independent travel systems ensures smooth maneuverability, while a low center of gravity and sturdy box-type frame deliver stability and longevity.

Designed with the operator in mind, the IC37 features a right-side concentrated instrument panel, fully opening engine cover, and easy-access battery for simple maintenance. Thick rubber crawlers and an inclination indicator enhance safety and durability, making this crawler carrier ideal for construction, landscaping, and material handling applications.

STANDARD FEATURES

• Dynamic spin-turn capability for tight maneuvering

• Sturdy box-type frame and durable rollers

• Low center of gravity for stability and longevity

• Inclination indicator for safe operation

• Thick rubber crawler tracks

• Fully accessible engine compartment and battery

• Spacious three-way opening vessel

PERFORMANCE & SPECIFICATIONS

Working Ranges

• Overall length: 12’6’’

• Overall width: 5’10’’

• Overall height: 7’9’’

• Crawler width: 1’2’’

• Minimum ground clearance: 1’6’’

• Vessel dimensions (LxWxH): 7’2’’ x 5’ x 1’5’’

• Max dump height: 9’4’’

Performance

• Transport weight: 6,415 lbs

• Payload: 8,157 lbs

• Ground pressure (empty/loaded): 3.75 / 8.64 psi

• Travel speed (low/high): 3.9 / 6.2 MPH

• Gradeability: 20°

Engine

• Model: Kubota V2403-CR-TE5, Tier 4 Final

• Rated output: 62.7 HP

• Fuel tank capacity: 18.5 gallons

Vessel

• Level capacity: 1.83 yd³

• Heaped capacity: 2.16 yd³

• Style: Three-way opening

The KATO IC37 Crawler Carrier combines rugged durability, operator comfort, and high-capacity performance, making it the ideal solution for moving heavy materials efficiently in challenging environments.