The overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current... Show moreThe overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current devices on the market have at least one of the following problems: they are expensive ($500+), they may require the replacement of expensive bicycle parts, and/or they are inaccurate. Deliverables Show less
The overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current... Show moreThe overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current devices on the market have at least one of the following problems: they are expensive ($500+), they may require the replacement of expensive bicycle parts, and/or they are inaccurate. Deliverables Show less
The overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current... Show moreThe overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current devices on the market have at least one of the following problems: they are expensive ($500+), they may require the replacement of expensive bicycle parts, and/or they are inaccurate. Deliverables Show less
The overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current... Show moreThe overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current devices on the market have at least one of the following problems: they are expensive ($500+), they may require the replacement of expensive bicycle parts, and/or they are inaccurate. Deliverables Show less
The overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current... Show moreThe overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current devices on the market have at least one of the following problems: they are expensive ($500+), they may require the replacement of expensive bicycle parts, and/or they are inaccurate. Deliverables Show less
The overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current... Show moreThe overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current devices on the market have at least one of the following problems: they are expensive ($500+), they may require the replacement of expensive bicycle parts, and/or they are inaccurate. Deliverables Show less
The overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current... Show moreThe overall goal of this IPRO is to develop an inexpensive, accurate tool for measuring the power output of a bicycle rider. The current devices on the market have at least one of the following problems: they are expensive ($500+), they may require the replacement of expensive bicycle parts, and/or they are inaccurate. Deliverables Show less
