Note: Delivery includes the handlebar only. Other products shown serve solely illustrative purposes and will not be delivered.
Note: Delivery includes the handlebar only. Other products shown serve solely illustrative purposes and will not be delivered.
Note: Delivery includes the handlebar only. Other products shown serve solely illustrative purposes and will not be delivered.
SQlab Ergonimics for fast trekking bikes
In addition to the width and the height of the handlebar, the rear bend plays an important role.
The greatest influence on the neck, shoulders and back, however, is the bend of the handlebar ends upwards or downwards and it is precisely this angle that SQlab has paid great attention to in the handlebar range.
Highlights of SQlab 310 Sport 2.0 Handlebar:
- Application range: Cross Country/Fast Urban, Fitness or Trekkingbikes
- Aerodynamic arm position
- Straight passage between the forearm and hand
- Hand position similar to a road bike handlebar
- Shoulder relief
- Wrist relief
- Absorption of vibrations
- Lieghtweight through optimized wall thickness
- Tight fit in stem even at low torque
- 15 mm Flex
The Ergonomics Concept for the SQLab 310 Sport 2.0 Handlebar
The 310's bending backwards and downwards is matched to the application and provides an aerodynamic arm position on the cross country or fast urban, fitness and trekking bikes. The deflection by 16° to the rear (back sweep) and 10° (downsweep) downward ensure a straight passage between the forearm and hand. To relieve the riders's wrists at impact, SQlab gave the flex a lot of attention: The steering feels stiff and precise, but it takes fine vibrations and simultaneously absorbs large loads better.
The special workmanship of the SQlab 310 Sport 2.0
The new generation of SQlab handlebars offer the optimal seat position for every range of use. Because of optimized wall thickness the 3 series is very light. The handlebars are very durable because they are made of best material which has been carefully processed. SQlab handlebars are glass bead blasted to obtain a solid surface.
