Set Attack Comp & Force Comp vs Torch review

In this entry we are going to compare and review Continental Set Attack Comp & Force Comp vs Maxxis Torch tyres. Both manufactured by different brands, Continental and Maxxis respectively, these tyres have been designed to be used for different purposes. Whilst Continental Set Attack Comp & Force Comp is better for Race Tires activities, Maxxis Torch is a great choice if your needs are more aligned to bmx activities.

Set Attack Comp & Force Comp

Torch

Attack on the bike: much aero, low weight.Front and rear tire with their different sizes are specifially developed for each other and match ideally.

The aerodynamic racing tubular set for the road

Light up the track or street with the Torch!

Attack on the bike: much aero, low weight.Front and rear tire with their different sizes are specifially developed for each other and match ideally.

The Maxxis Torch is designed specifically for racing on today’s paved BMX tracks.

Features

TPS
Know-how from motorcycle sport, specially adapted for bicycle racing to address the specific demands of front and rear wheels. Front: agile and direct. The narrower tire provides reduced air resistance and improved steering characteristics. Rear: comfortable and dampening. With its slightly broader contact surface the tire provides better traction. Thanks to the compound mix being optimised for rolling resistance, stiction is reduced. The result: a pioneering front and rear wheel tire system in which the tires have been painstakingly matched with one another.
Vectran
The benchmark in puncture protection
Vectran™ is a synthetically manufactured high-tech fibre from a natural model. Like spider silk, Vectran™ is a liquid-crystalline polymer (LCP). Vectran™ is spun from the melted liquid polymer Vectra and processed further to a multi-strand thread. Spider silk like Vectran™ has an enormous tear resistance at a very low weight: Exactly the right properties to process into a premium Continental bicycle tire as a puncture protection insert. A Vectran™ Breaker is lighter, more flexible and protects more effectively against cuts than the comparable nylon breaker. Vectran™ Breaker does not adversely affect the rolling resistance.
BlackChili
It’s all about how you mix it
With our unique tread compound, which is produced only in Germany, we have revolutionised the sport of cycling. With the legendary BlackChili Compound we have answered the eternal question of the best balance of grip and rolling resistance for cycling.
Regular test wins confirm the measureable and noticeable advantages for the cyclist, established in the laboratory and on the road. The latest polymers as well as specially developed carbon black particles and filler materials guarantee unique performance
Further details

Features

Single or dual compound options
60 TPI or 120 TPI casing options
Silkworm or SilkShield puncture protection options
Select specs are Tubeless Ready (TR), confirm in table below

Usage

Dirt

Flat

Park

Street

Technologies

Specifications

20

Part #: TB00356600
Size: 20X1.75 Etrto: 44-406 Tpi: 120 Bead: FOLDABLE Weight (g): 356 Compound: DUAL Max Psi: 110 Tech: EXO Color: BLACK Application: BMX

Part #: TB29089100
Size: 20X1.75 Etrto: 44-406 Tpi: 120 Bead: FOLDABLE Weight (g): 391 Compound: DUAL Max Psi: 100 Tech: EXO/TR Color: BLACK Application: BMX

Part #: TB00357100
Size: 20X1.95 Etrto: 49-406 Tpi: 120 Bead: FOLDABLE Weight (g): 392 Compound: DUAL Max Psi: 110 Tech: EXO Color: BLACK Application: BMX

Part #: TB00357400
Size: 20X2.20 Etrto: 56-406 Tpi: 120 Bead: FOLDABLE Weight (g): 471 Compound: DUAL Max Psi: 110 Tech: EXO Color: BLACK Application: BMX

24

Part #: TB47641000
Size: 24X1.75 Etrto: 44-507 Tpi: 120 Bead: WIRE Weight (g): 463 Compound: DUAL Max Psi: 65 Tech: SILKWORM Color: BLACK Application: BMX

29

Part #: TB96651200
Size: 29X2.10 Etrto: 53-622 Tpi: 120 Bead: FOLDABLE Weight (g): 630 Compound: SINGLE Max Psi: 65 Tech: SILKWORM Color: BLACK Application: URBAN

Set Attack Comp & Force Comp vs Torch review

Features

TPS

Vectran

BlackChili

Features

Usage

Usage

Technologies

Technologies

Specifications

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24

29