LIFTS HIPS TO THE SURFACE
Innovative seams on the back of the legs increase compression and lock the swimmer into perfect body position
EVERY SEAM HAS A REASON
Seams are placed to strengthen the fabric and enhance compression in adjacent areas
ENABLES MUSCLE EFFICIENCY
Constructed to allow muscles to properly extend and contract
FABRIC COMPOSITION
44% Elastane, 41% Polyamide, 15% Polyester
The Rival 2.0 is the next-generation elite-level tech suit. We worked with our Olympic athletes Anthony Ervin, Olivia Smoliga, and James Guy, to perfect the fit, enhance performance, and develop a new, proprietary fabric.
What's different about this suit?
Designed in California at the FINIS Stroke Lab.
What's different about this suit?
- It is TOUGH and features a unique weave method. That's right – a suit with fabric just as tough as you are.
- It is optimized for gliding through the water. The Shield-Tech™ fabric's surface retains a very small amount of water, creating a shield-like effect and reducing friction.
- In the female suit, we added a vertical chest seam to prevent air pockets and reinforce oblique and lower abdomen compression.
- In the male suit, we focused on intensifying the compression on the back of the legs to lift the legs to the surface.
- Lastly, both suits feature single-layered panels on the inner thighs to increase comfort and range of motion in all four swim strokes.
| Size | Chest (IN) | Waist (IN) | Hips (IN) | Chest (CM) | Waist (CM) | Hips (CM) |
|---|---|---|---|---|---|---|
| 20 | 33.1-34.6 | 25.2-26.4 | 33.1-34.6 | 84-88 | 64-67 | 84-88 |
| 22 | 33.8-35.4 | 26-27.2 | 34.6-36.2 | 86-90 | 66-69 | 88-92 |
| 24 | 34.6-36.2 | 26.8-28 | 35.4-37 | 88-92 | 68-71 | 90-94 |
| 26 | 35.4-37 | 27.6-28.7 | 36.2-37.8 | 90-94 | 70-73 | 92-96 |
| 28 | 36.2-37.8 | 28.3-29.5 | 37-38.6 | 92-96 | 72-75 | 94-98 |
| 30 | 37-38.6 | 29.1-30.3 | 37.8-39.4 | 94-98 | 74-77 | 96-100 |
| 32 | 37.8-40.2 | 29.9-31.9 | 38.6-40.9 | 96-102 | 76-81 | 98-104 |
*Use hip measurement if you are between sizes
Designed in California at the FINIS Stroke Lab.