Designed for those who want total control,
effortless adjustment, and lasting reliability.
Armaton Pillars
The platform is equipped with Armaton pillars – a trusted, premium system known for durability and ease of use.
Armaton pillars can be easily lifted off the bracket when open and lock securely when closed.
The pillar design allows flexible bodywork possibilities. Accessories and components can be directly attached onto the pillar without the need for welding or drilling – making customization faster, cleaner, and more flexible.
The 160° handle movement enables quick, effortless loading and unloading. The handle is also interchangeable for easy maintenance.
Step 1: Neutral position
Step 2: The lock hook is not affected, clearance
Step 3: The lock hook opens
Multifunctional Side Rave System
The platform features a two-part side rave system with uniquely designed inner and outer profiles, each serving a distinct function.
The inner side rave ensures perfect corner alignment at 90°, enabling frame assembly without jigs or special tools. Multiple mounting holes along the profile allow flexible cross member positioning, adapting easily to various chassis layouts.
The outer side rave functions as a hinge profile for the side boards and as a continuous lashing point for securing goods, combining strength and versatility in one unique design.
Environmentally smart
Every detail of the Modular Platform Kit is designed with sustainability in mind.
The majority of the system is built from high-grade aluminium – a lightweight, durable
and fully recyclable material that offers exceptional strength at a fraction of the
weight of traditional steel constructions.
Lower system weight means higher payload capacity, allowing operators to transport
more goods per trip. Fewer runs directly reduce fuel consumption, CO₂ emissions and
overall environmental impact. A lighter platform also contributes to reduced wear
on the vehicle, lowering long-term fuel use and maintenance.
All kit components are delivered in a single flat-pack, optimised for transport.
This minimises shipping volume, improves logistical efficiency and further reduces
greenhouse gas emissions compared to bulky, pre-assembled alternatives.
