Introducing Alpine’s no hassle balanced hybrid...

The Velocitec High Performance Cam... Alpine Archery has raised the bar for 2007 with the introduction of the new Velocitec Cam System. Once again, Alpine is leading the way to revolutionizing the archery industry. The Velocitec Cam System will soon be referred to as the Cam of the Future. The engineers at Alpine are known for their thinking “outside the box” and this year is no exception. The result is a very high performance and equally balanced hybrid 2 cam that sports dual payout grooves. The dual payout grooves on the Velocitec Cam primarily serve two main functions. They stabilize cam lean and keep both cams synchronized throughout the draw cycle. This hybrid feature drastically reduces timing issues associated with conventional 2 cam bows. Timing issues arise when one end of the buss cable is permanently anchored to a fixed position such as the axle. With the Velocitec Cam System, both buss cables stretch from the take up groove on one cam to the pay out groove on the opposing cam. The end result is both cams synchronized in perfect harmony, continually staying in time. Licensed under Patent #6,990,970 b 1 Velocitec, the Cam of the Future...

The Velocitec difference... Power, balance, and smooth draw force. By combining two distinctly different string profiles on our new Velocitec Cam, we are able to provide awesome velocity levels with a super smooth feel when drawing and firing the bow.
Upper Velocitec Cam showing the control string profile. The Velocitec Control Cam works with the lower power cam to store energy and reduce recoil while providing a smoother feel when drawing and firing the bow.	Lower Velocitec Cam showing the power string profile. The Velocitec Power Cam stores tremendous energy levels to maximize arrow velocity. Both the power cam and the control cam have twin payout grooves for total load balancing.

The Image below shows dual payout grooves, indicated with arrows.
The Velocitec Cam utilizes Alpine’s patented Ball Bearing Technology.
Patent #6,415,780