Make simple repairs while riding with this multi-tool that has 14 functions. An 8mm hex head has a 4mm insert to fit each of the eight attached hex bits. With its slim design, this multi-tool can be stowed inside bicycle handlebars using an EnCase® System Storage Sleeve or used as a mainstay on any home workbench. 

• 14 functions (spoke wrench; valve core wrench; flat head #3.5; Phillips #2; 2mm, 2.5mm, 3mm, 4mm, 5mm, 6mm, and 8mm hex; and T10, T25, and T30 Torx compatible)

• Magnets & O-rings keep all parts in place

• Ball detent swivel head helps access hard-to-reach places

• Handle doubles as breaker bar for extra torque when head is bent 

• Store in handlebar with an EnCase System Storage Sleeve (sold separately)

• Magnet on the bottom of tool for convenient storage on steel bike stands (or refrigerators)
  
  

Compatibility

• Fits most mountain handlebars and road handlebars when combined with the storage sleeve. Works with both carbon and aluminum handlebars. Does not fit ergonomic-style road bars with extra bends in the drops.
• Minimum internal bar diameter is 17.5mm
• Seized axles and pedals may be beyond the 20 Nm max torque of the 5mm and 6mm hex bits.
• Known incompatible handlebars: Syntace Vector, Diety Skywire,  Deity Speedway, Jones H-Bar Loop SG 2.5, Chromag BZA, Chromag Cutlass, BMC RCB01, S-Works Hover Carbon, ENVE M7, Syncros Carbon,  ibis carbon bars
• Pedals and seized axles may be beyond the 20 Nm max torque of the 5mm and 6mm hex bits

Recommendations

   

Related Products

• EnCase System Bar Kit One
• EnCase System Chain + Tire Plug Multi-Tool
• EnCase System Storage Sleeves
• EnCase System Extras
• EnCase System Replacement Parts

Tech Specs

Weight: 50g
Materials: 7075-T6 aluminum, CrV steel 
Included: Hex bit tool, O-ring, bits (handlebar sleeve and plug not included)

Max Torque:

• Max torque for 8 mm hex bit – 40 Nm
• Max torque for 4, 5, 6 mm hex bits & T25, T30 bits -- 20 Nm
• Max torque for all other bits – 10 Nm

Made in the USA

Patent Pending

Patent and trademark information