3.5 T Gas/LPG Container Special 7-Series Forklift
Our Container Special design features the performance of a 3.5 tonne forklift with the compact size and agility typically found in a 3.0 tonne unit, helping deliver maximum productivity. Most importantly, it incorporates customer input and Toyota innovations that have helped redefine the class. With a focus on dependability, operability and ease of service this Container Special offers the quality you demand from Toyota and your Container forklift.
SAFETY
- • Toyota SAS monitors key forklift operations, detecting and counteracting instability to help reduce the risk of tip-overs
• When it senses instability, the Active Control Rear Stabiliser locks the rear axle to help reduce lateral tip-overs
• Active Mast Function Controller senses and reacts to instability by limiting mast angle and speed according to the load's height and weight.
PRODUCTIVITY
- • High-torque 4.3 litre/ V-6 overhead valve petrol engine delivers exceptional load handling and smooth acceleration
• Powershift transmission (2 forward speeds/1 reverse)
• Centralised Hydraulic Power System (CHPS) controls tilt, lift, attachment, steering and braking functions
• Rugged planetary drive axle
• Durable mast assembly design handles heavy-duty loads; unit also accommodates a variety of attachments.
PERFORMANCE
- • Tight turning radius
• Short overall length is ideal for containers and warehouse applications with limited aisle space
• Wide-view mast
• Strategically configured console
• Full hydrostatic power steering
• Memory-tilt steering wheel
• Ultra-comfortable 4-way adjustable Operator Restraint Suspension seat
• Spacious work environment with generous headroom and leg room.
EASE OF USE
- • Integrated monitoring system includes hourmeter; water temperature and fuel level gauges; clogged air cleaner, oil pressure and charge warning lights
• Easy-lift hood
• No-tool floorboard removal
• RadialSeal high-flow 2-stage air cleaner
• Toyota's swing-down LP tank bracket enables the operator to use a proper lifting motion in the safest and most ergonomically efficient manner.
