HOLLOW CARBON TUBES
Our carbon risers are a unique weave of 3 distinct hollow carbon tubes, strategically
woven together to optimize structural stiffness throughout the entire user platform.
OF HAND-LAID CARBON
Hand-laying layer upon layer of custom cut carbon components is a labor-intensive process, but the results
are worth it. This painstaking process allows for precision-tuning and structural optimization that is
simply not possible in other materials and processes. Each of our risers are purpose-built to maximize stiffness,
optimize performance and reduce vibration for pinpoint accuracy and deadly stealth. That’s what makes Hoyt Carbon, #CarbonDoneRight.
THAN SOLID VERSIONS
Forming our carbon risers with hollow-tube technology makes them 53% lighter while maintaining 97% of the
stiffness and strength of a solid version.
Toughness is a measure of how much energy a material can absorb without permanent deformation. Carbon can
take 7X as much abuse as aluminum without failing. Carbon is tough. We’re talking “park-a-truck-on-it” tough.
STIFFNESS TO WEIGHT RATIO
The unique stiffness properties of carbon contribute to the “dead-in-the-hand” feel that carbon bows are known for.
Carbon endures 11X as much force as aluminum without bending or twisting.
MORE EFFECTIVE THERMAL INSULATION
Bowhunters are often surprised to find that carbon feels “warm to the touch” in bitter weather. Carbon is a great
thermal insulator, 208X better than aluminum, which means it can handle extreme weather while remaining comfortable in your hand.
No Hoyt Carbon riser design is approved without first surviving our brutal 1,500 dry-fire test.
Each dry-fire delivers more than 104 foot pounds of kinetic energy, sourced from 80 lbs of draw weight at a 30” draw.