Daytona LTPP6 6,000lb Parking & Storage Lift
LTPP6 6,000 lb 2-Post Parking Lift Space Saving
Limited parking space can quickly become a problem for residential garages, dealerships, apartments, and commercial parking facilities. Traditional parking layouts waste valuable floor area and reduce the number of vehicles you can store efficiently.
The Daytona LTPP6 2-Post Parking Lift is a smart vertical parking solution designed to maximize available space. With a 6,000 lb lifting capacity and innovative shared-post configuration, multiple units can be connected in unison while remaining individually powered. Its compact footprint, chain equalization system, and easy-access controls make it ideal for commercial parking environments or homeowners looking to double vehicle storage in a garage. Durable, efficient, and space-saving, the LTPP6 is built to optimize parking capacity without sacrificing convenience.
LTPP-6 Specification
Model: LTPP6
Capacity: 6,000 lbs
Type: 2-Post Parking Lift
Power Requirement: 110V / 1 Phase / 60Hz
Equalization System: Chain Driven
Configuration: Shared Post Design
Operation: Individually Powered Units
Overall Height: 170.1"
Overall Width: 164.5"
Platform Depth: 87.5"
Rise Range: 4.1" – 80.7"
Shipping Dimensions: 154"x44"x32" 2400lbs
Concrete Requirements: 6"-3000psi
LTPP6 6,000 LBS 2-Post Parking Lift Special Features
6,000 lb lifting capacity
Space-saving shared post configuration
Multiple units can connect in unison
Each unit remains individually powered
Low maintenance chain equalization system
Accessible control buttons for easy operation
Ideal for commercial parking applications
Excellent for home garage vehicle storage upgrades
Vertical parking solution maximizes floor space
Durable construction for long-term use
Efficient design for high-density parking layouts
Warranty:
5 Year Structural;
2 Year Power Units, Cylinders, Seals Kits
1 Year All Other Defective Parts
Important Note
Recommended for commercial use.
Multiple units may be connected while operating independently.
Specifications subject to change without notice.