Soft’Up Pro 2: Safety & Performance Without Compromise
Made in France, the Freejump Soft’Up Pro 2 stirrups redefine safety stirrup standards since 2005. Designed for an advanced riding experience, they combine technological innovation, biomechanical comfort, and long-term durability.
Double Shock Absorption Technology
The Soft’Up Pro integrates an exclusive double shock absorption system combining:
- A high-strength tempered spring steel single branch acting as a mechanical suspension
- A thermoplastic elastomer positioned under the footbed to absorb vibrations
As a result, the Soft’Up Pro divides impact force by 3 compared to traditional stirrups without shock absorption, significantly improving joint comfort during riding :contentReference[oaicite:1]{index=1}.
Freejump Active Safety System
The flexible Elastollan® outer branch is designed to facilitate foot release in case of a fall, reducing the risk of being caught in the stirrup :contentReference[oaicite:2]{index=2}.
Advanced Technical Construction
- Weight: 520g per stirrup (1040g per pair)
- Dimensions: Height 189mm – Width 152mm – Depth 81.5mm
- Footbed: fiberglass-reinforced polyamide (50%)
- Grip: fiberglass-reinforced polyamide with renewable stainless steel studs
- Main branch: fiberglass-reinforced polyamide shell (60%) over spring steel core
- Manufactured in France
Designed with durability and repairability in mind, the Soft’Up Pro combines high performance with long service life :contentReference[oaicite:3]{index=3}.
Comparison: Soft’Up Pro vs Pro+ vs Classic+
Soft’Up Pro 2: High-performance model with reinforced double shock absorption, ideal for regular riders and competitors seeking advanced comfort and stability.
Soft’Up Pro+: Built on the same safety architecture but with a wider platform, designed for riders with larger boot sizes or those seeking additional surface support.
Soft’Up Classic+: A lighter and more accessible version, offering Freejump safety technology with more moderate shock absorption.
The Soft’Up Pro stands as the optimal balance between biomechanical performance, active safety, and riding precision.
