SOAR x RHEON™ Marathon Speed Shorts
Dynamic support. Featherweight speed. Built for the marathon.
The SOAR x RHEON™ Marathon Speed Shorts combine dynamic muscle support with an ultralight race-fit half-tight to help maintain running efficiency as fatigue sets in. Integrated RHEON™ technology helps manage muscle oscillation in the upper leg, supporting the major muscle groups without restricting natural movement, while a bonded storage system keeps fuel secure and bounce-free.
Details
- Fit: Race-fit half-tight
- Construction: Front and rear support panels with bonded storage system
- Main Fabric: 60% Polyester, 40% Elastane
- Waist: 71% Polyamide, 29% Elastane
- Pocket: 78% Polyester, 22% Elastane
Key Features
- RHEON™ Technology:
Helps manage muscle oscillation in the upper leg to support running efficiency and reduce fatigue without restricting natural movement.
- Dynamic Muscle Support:
Front and rear panels provide targeted support to the major muscle groups as fatigue begins to affect running form.
- Featherweight Construction:
Lightweight materials and a streamlined race fit keep the shorts unobtrusive throughout the marathon.
- Bonded Storage System:
Secure, bounce-free storage keeps fuel and essentials close without disrupting the stride.
- Large Rear Pocket:
Accommodates up to four gels for convenient on-course fuelling.
- Front Gel Loops:
Two dedicated waistband loops provide quick access to additional fuel.
- Discreet Key Pockets:
Two internal pockets provide secure storage for small essentials.
- Laser-Cut Hems:
Minimise bulk and weight while allowing unrestricted movement through the stride.
Materials & Care
- Main Fabric: 60% Polyester, 40% Elastane
- Waist: 71% Polyamide, 29% Elastane
- Pocket: 78% Polyester, 22% Elastane
- Machine wash at 30°C
- Do not bleach
- Do not dry clean
- Do not tumble dry
Ideal For
Runners chasing every advantage over the marathon distance, particularly those looking for targeted muscle support, minimal weight, and secure integrated fuelling. Designed for race day when maintaining efficiency and form through late-stage fatigue is the priority.
