


Suspension Stem - 50° Comfort+
International Customers: Please be aware that all fees related to returns and exchanges—including shipping, duties, taxes, and other applicable charges—are the sole responsibility of the customer.
Please note that all sales of the Kinekt Pink Seatpost are final. Refunds and exchanges are not available for this item.

Suspension Stem - 50° Comfort+
Product details
Description
For riders who prioritize ultimate comfort and maximum upright positioning, the Kinekt 50° Comfort+ Stem is the most relaxed option in the Kinekt stem lineup. Whether you're cruising around town, commuting, or enjoying long rides on your e-bike, this stem is built to elevate your posture and dramatically reduce discomfort.
With our patented Active Suspension System, the 50° Comfort+ Stem offers a higher rise, helping to relieve pressure on the shoulders, neck, wrists, and back—while maintaining confident steering and bike control.
Designed for Supreme Comfort
The 50° rise boosts your torso and head position, creating a more upright stance that:
- Reduces neck and shoulder strain
- Increases visibility and awareness
- Minimizes upper body fatigue
- Improves overall control for relaxed, confident riding
This stem is ideal for those seeking the most ergonomic and pain-free riding experience available—especially on e-bikes or upright-style bikes.
Key Features
- Full 20mm of vertical compliance to absorb vibrations and road shock.
- NEW: Stem Damper Lower Spring Guide now pre-installed on all models.
- Comes with three easily swappable springs (Soft, Medium, Firm) to tune for rider weight and terrain.
- Balanced design for natural handling—adds comfort without bulk.
- Compatible with a wide range of handlebars (shims may be required).
- 50° rise offers the most relaxed, upright geometry of all Kinekt stems.
- Helps maintain proper riding position even under hard braking.
- Ideal for riders who experience neck, back, or wrist pain on traditional stems.
Note: Flat bars with large back-sweep may reduce the effectiveness of the suspension system.

