CRCA brings Hunter Allen to NYC to talk about training with power!
Pioneering cycling coach Hunter Allen will be speaking at Rapha, 159 Prince Street, on March 25 at 7pm. He will be discussing the new, 3rd-edition of the path-breaking Training and Racing with a Power Meter (TRWPM), which will be released this month.
Autographed books will be available for purchase!
Come learn from the guy that pioneered the power training principles and helped to create common concepts like TSS, FTP and the Performance Manager Chart. This is a unique opportunity and you’ll want to be here to help make your 2019 even greater!
About Hunter Allen
Hunter Allen is the co-author of Training and Racing with a Power Meter, which has sold over 120,000 copies and is available in over 20 languages. He co-authored Cutting-Edge Cycling and co-developed the industry-standard TrainingPeaks' WKO+ software. In March of 2019, a new, 3rd edition of Training and Racing with a Power Meter was released, offering even more pioneering insight to the principles of power training.
Widely known as one of the top experts in the world in coaching endurance athletes using power meters, Hunter Allen's goal has always been to teach athletes how to maximize their training and racing potential through professional analysis of their power data. This goes hand in hand with his philosophy that a power meter helps athletes discover their true strengths and weaknesses, quantitatively assess their training improvements, and refine and maximize the focus of their training.
In 1996 after retiring from professional cycling, Hunter Allen founded Peaks Coaching Group, and has partnered with some of the bike industries most pioneering companies, such as PowerTap. In 2017 PCG partnered with CVR World Cup to create training plans for riders specifically to use in Zwift and held the first real-world/Zwift fantasy camp and race at the Velodrome in southern California. Most recently, PCG has partnered with LEOMO for development and testing of the TYPE-R real-time motion analysis device.