
Probably the most important aspect of buying a new frame or bike is how you fit. If you don’t fit I don’t care who built it, how cool it looks or how much it cost. Your new bike will ride like a pig and you will be the unhappiest person on the planet. Not to mention a few $$$lighter! There are three ways to achieve a proper fit: When you fit your bike, the ride is comfortable and efficient. As you’re pedaling your riding is relaxed and your bike handling skills are almost second nature, it feels almost effortless. Getting a good fit doesn’t have to be hard. Variances in body sizes and proportions, levels of fitness, flexibility, technique and style, all affect a cyclist’s best position on the bike. Conflicting advice and formulas, “a friends” positioning, and twenty magazine or internet articles a month tell you what is right. Bottom line, what worked for Fausto, Eddy, or Lance might not work for you. The following is an easy straight forward approach to a proper fit. It will be easier and much more accurate if you have a friend help you take all the necessary measurements. After you’ve taken the measurements I’ve listed below we’ll talk. I prefer to talk with you, whether it’s in person or on the phone about likes, dislikes, riding style and goals rather than just have you just fill out a form that I’ll question anyhow. Please fill in the blanks, make any additional comments, copy and paste your answers (if you are or using a Fit Specialist, contact me for an additional form that needs to be used) and email those sections to me.
Fit:
Personal Information:
Date: _________
Name: ____________________ Age: _____ Gender: _____
Address: _________________________ City: _______________
State: _____ Zip: __________ Best time to call: ___________
Phone: ________________ Email: _____________________
Riding Style: Recreational Racer Miles a year: ______
Race Category: ______ Type: Road Criterium Track
Frame: Made-to-measure Signature Series
Frame Material: Aluminum Steel Titanium
Frame Style: Road Cyclocross Track
Your measurements:
Height: _______ Weight: _______
Clavicle notch to floor: _______
Inseam: _______ Femur Length: _______
Shoulder width: _______ Arm length: _______
Cycling shoe size: ______
Flexibility: 1 2 3 4 5 (a board #1 to a pretzel #5)
Clavicle notch to floor:
Standing with your back against the wall and your bare feet shoulder width apart. Locate your clavicle notch (run your finger down your throat pressing lightly, you’ll feel a notch below your
Inseam:
Stand in bare feet (wearing cycling shorts) with your back against the wall. Place a book with a 1” binding between your legs, with the binding facing up. Hold the book firmly into your crotch (you should feel the same pressure as you would when sitting on your bike saddle). Make sure your legs are straight, and hold the book square against the wall. Measure the distance from the floor to the binding, this is your inseam length.
Femur:
Kneel with your thighs shoulder width apart and 90 degrees to the floor. Hold the same book you used to find your inseam firmly in your crotch and measure from the floor up to the binding.
Shoulder width:
Stand against a wall with shoulders back and measure horizontal to the floor from Acromain Process to Acromain Process.
Arm length:
While standing, hold a pencil in your dominate hand and find your Acromain Process, which is the outer most bone of your shoulder. While moving your arm up above your head and down slowly feel on the top of your shoulder and arm joint for an indent, now position your arm straight at a 45 degree angle from your body. Measure from the indent to the pencil.
Measurements of your current frame:
Year: ________ Make: ____________ Model: ____________
Material: Aluminum Steel Titanium Carbon
Wheel size: 700 650 Seat post: Straight Laid back
A. Seat tube length (C to T): ______ B. Saddle height (C to T): ______
C. Top tube length (C to C): ______ D. Top of top tube to ground: ______
E. Seat tube angle: ______ F. Stem length: ______
G. Bottom bracket drop: ______ H. Chain stay length: ______
I. Wheelbase: ______ J. Axle to Ground: _____
K. Bar center to ground: ______ L. Head tube angle: ______
M. Fork Rake: ______
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