Modeka Motorcycle Boots BLAKER - waterproof touring boot with a wide range of sizes
CE certified according to EN 13634: 2015fit
Touring boots, unisex
approx. 25.5 cm shaft height calf; approx. 28 cm Shaft height shin bone at Gr. 43
application
on-road
protection
Outer fabric Microfiber
reinforcements
Switch gain: Liner reinforcement + leather doubling
Ankle reinforcement: Liner reinforcement
Heel reinforcement: liner reinforcement + leather doubling
Toe reinforcement: Liner reinforcement
Shin reinforcement: liner reinforcement + leather doubling
Weather
Hipora® membrane: waterproof, windproof and breathable
visibility
retroreflective strip of 3MTM ScotchliteTM material on the outside of the foot
retroreflective strip of 3MTM ScotchliteTM material over the heel
sole
Touring tread sole, petrol-oil and non-slip
Comfort
closure:
inside side, concealed zipper
large velcro overlaps zipper opening
Zipper tag with fleece surface → stowable in velcro
insole
removable
slightly padded
slightly profiled
about 2 mm thick
flexibility
Quilted, foam-lined leather inserts between the instep and shin, as well as the heel and calf provide great flexibility for forward and backward flexing
Other features
Wadded 3D mesh lining
material
Upper: 100% Microfiber
Hipora® membrane: 100% polyurethane laminated
Membrane carrier: 100% polyester
Feed. 100% polyester
The peculiarities of the Blaker boots by Modeka
Hipora® membraneHipora® is a polyurethane climate membrane with a water head of 5,000 mm. This membrane is mainly used in the Modeka shoes.
3M Scotchlite ™
At dusk and in the dark, 3M Scotchlite ™ significantly improves the visibility of motorcyclists. Scotchlite ™ Reflective Materials have an open, wide-angle retroreflective system of catadioptric glass beads. Other reflective materials require direct incident light to function because of their construction. Scotchlite ™ emits light, even when not directly incident, brilliantly white and tightly bundled back to the light source. Silver Scotchlite ™ exceeds even the highest European standards in simulated heavy rainfall.
