Curved Pads: 3D Lattice

Description

RAMUS Lattice Technology seat pads use a fully three-dimensional lattice structure to control deformation and pressure distribution under load.

Instead of relying on traditional foam compression, the lattice geometry is designed to manage support dynamically across the contact area, helping to maintain consistent feel and stability over long rides.

The pads are manufactured using Multi Jet Fusion (MJF) technology in TPU, allowing precise control over structure and repeatability between units.

These seat pads are intended as an alternative to standard RAMUS seat pads for riders seeking a more consistent, geometry-controlled support response over long durations compared to foam-based pads.

RAMUS Lattice Technology

RAMUS Lattice Technology refers to a three-dimensional, geometry-driven cushioning structure where the mechanical behavior is defined by the lattice design rather than material softness alone.

This approach allows the cushioning response to be tuned by structure, not just thickness or foam density.

Technical details

• Manufacturing method: Multi Jet Fusion (MJF)

• Material: TPU

• Structure: 3D lattice

Production & delivery

These seat pads are manufactured on a made-to-order basis.

Production lead time is approximately 3–5 weeks, after which standard shipping times apply depending on destination (typically 3–8 days).