SQLAB 410/402 INNERBARENDS

*NOTE: ONLY COMPATIBLE WITH SQLAB 702 & 710 GRIPS! DO NOT USE WITH ANY OTHER GRIPS, DO NOT USE AS A STANDALONE

Description at a glance

The future of gripping. After Barends mounted on the outside and elaborately bent, so-called multi-position handlebars, from now on the handle is gripped inwards.

You will immediately notice it during the first test drive. Moving your hand inwards and returning the hand position to its natural position immediately feels pleasant and correct. The neck musculature relaxes, there is a relief of the typical pressure loads on the hand and even the pedalling movement of the legs feels more efficient and lighter. The noticeably lower wind resistance increases speed without further effort.

Existing 710 and 702 handles can easily be upgraded with Innerbarends® 410/402. One part saved and a clean transition from the grip to the Innerbarend. The slightly flattened surface of the grips 702 and 710 additionally increases the comfort at the Innerbarends® grip position. 

The pictured grip is not included in the scope of delivery.

Technical specifications at a glance:

ARTICLE NUMBER(S): 2311 

AREA OF USE/BICYCLE TYPE: MTB TOUR & TRAVEL / TREKKING 

WEIGHT(S) IN G (PAIR): APPROX. 110 

MATERIAL: FIBER-REINFORCED PLASTIC (FRP) 

CLAMP DIAMETER HANDLEBAR IN MM: 22,2 

CLAMP WIDTH IN MM: 20 

COMPATIBILITY: EXCLUSIVE HANDLE 710 AND 702 

MAXIMUM TORQUE IN NM: 5 

E-BIKE READY: YES 

DIN/ASTM CATEGORIES: 2

Comfort Upgrade

Existing 710 and 702 handles can easily be upgraded with Innerbarends® 410/402. One part saved and a clean transition from the grip to the Innerbarend. 

Muscle Relaxation

The neck musculature relaxes, there is a relief of the typical pressure loads on the hand and even the pedalling movement of the legs feels more efficient and lighter.

Natural Hand Position

 The Innerbarends® guarantee a natural hand position. The slightly flattened surface of the 702 and 710 grips further increases comfort.

Speed

The aerodynamic elbow position ensures noticeably lower wind resistance and the speed increases without further effort.