Chicken Hawk PROFESSIONAL POLE POSITION (THREE TEMPS) Tire Warmers set, PRO-PP

Chicken Hawk PROFESSIONAL POLE POSITION (THREE TEMPS) Tire Warmers set

PRO-PP

The Chicken Hawk Professional Line Tire Warmers for Motorcycles has previously ONLY been available to Moto GP teams, WSBK teams and AMA Pro Teams. 

It is the elite tire warmer available and has:
High Density heating element – only 8mm spacing between the elements (185’ of element compared to 85’ in the Classic)
Additional layer of insulation
Aluminized Kevlar exterior for added heat retention
Higher temperature of 195F on the Standard model and for High Setting on the 3-Temp Pole Position

Sizes Offered in:
- SBK 180-205 rear
- Supermoto 150-165 rear
- Moto3 Bikes
- LW bikes w/ 140 rear (ex. 250cc-390cc)

Specs:
Temperature Settings - High – 195°F / 91°C | Low – 130°F / 54°C | Medium - 175°F / 79°C /  
Exterior Fabric – Aluminized Kevlar
Insulation – Felted Nomex & PE
Heating Element – High Density 8mm Spacing
Color – Chrome

Features:   
Unique "Full Coverage" heater design w/ only 8mm spacing - provides uniform heating across heating area & surface of tire
Nomex Insulation for Maximum heat retention
Gentex Aluminized Kevlar Exterior (adds insulation value & is water & tear resistant) 
Dupont Fiber Melt-Proof Inner Liner with Temperature Sensitive Dye (Shows misuse or malfunction.)
Elastic side panels (assists in insulating wheels & blocks wind) 
Quick Disconnect Power cord on all models 
Carrying case for all models  

Comparison of heat distribution

Professional Line                               Traditional Models
     

Proprietary Felted Insulation made of an Aramid Fiber is added to retain heat.

The “Full Coverage” heater design of the Professional Line provides UNIFORM heat across the heating area and surface of tire.

The redesigned heating element is HALF the diameter of our standard element, producing a much greater density (185′ compared to 85′ of total heating element). The result is a controlled heat-up, lower surface temperatures, and more evenly distributed heat

.