Rocky Mountain Instinct 29 2020 Geometry

Slack

New to bike geometry? Our complete guide to mountain bike geometry explains every measurement and what it means for your riding. You can also learn how to read a geometry chart to compare this bike against other models.

Sizing up the Rocky Mountain Instinct 29 2020? Compare its reach, stack, and handling against 200+ bikes with our Bike Geometry Comparison and Fit Calculator.

S	M	L	XL
TTH	576	601	626	656
HTA	66	66	66	66
HTL	95	100	110	120
STA	74.5	74.5	74.5	74.5
STL	392	432	470	508
RC	436	436	436	436
BBD	36	36	37	37
R	408	432	455	482
S	607	611	621	630
*SH	810	810	810	810
WB	1,154	1,179	1,206	1,237

Steep

S	M	L	XL
TTH	574	599	624	654
HTA	67	67	67	67
HTL	95	100	110	120
STA	75.5	75.5	75.5	75.5
STL	392	432	470	508
RC	434	434	434	434
BBD	23	23	23	23
R	419	443	465	493
S	599	604	613	622
*SH	815	815	815	815
WB	1,153	1,178	1,205	1,236

Related Geometry

More Rocky Mountain geometry: Rocky Mountain Altitude 2025 Geometry, Rocky Mountain Altitude 27.5 2020 Geometry, Rocky Mountain Altitude Powerplay 2025 Geometry, Rocky Mountain Altitude Powerplay 27.5 2021 Geometry, Rocky Mountain Element 2025 Geometry.

Compare trail bikes: 2023 Giant Stance Geometry, 2023 Giant Trance Geometry, 2023 Norco Fluid FS Geometry.

Ride character of the Rocky Mountain Instinct 29 2020

The Rocky Mountain Instinct 29 2020’s handling comes down to its geometry, reach, head and seat angle, chainstay and wheelbase, balanced for its category.

Those numbers describe how it steers and sits. How the suspension actually feels, small-bump sensitivity, mid-stroke support and bottom-out ramp, comes down to its leverage and anti-squat curves: see our MTB suspension kinematics guide, and put its geometry head-to-head with any other bike in the geometry comparison tool.

About Us

Bikometry is a discipline focused on the science and art of understanding the geometry and linkage of mountain bike frames and their suspension systems.

This intricate field studies the angles, distances, and details that define a bike's performance on various terrains. Every aspect, from the head tube angle to the chainstay length, influences how the bike behaves.

Linkage, which connects the rear wheel to the bike frame, combined with the suspension, ensures smooth rides by absorbing shocks from the terrain.

By understanding bikometry, whether you're a designer, professional rider, or enthusiast, you can optimize bike performance, choose the right model, or even craft a custom bike. Dive into bikometry with us and explore the nuances that make mountain biking exhilarating.

Legal

The information provided on this website is for general informational purposes only. While we try to keep the information up-to-date and correct, we make no representations or warranties of any kind, express or implied, about the completeness, accuracy, reliability, suitability, or availability with respect to the website or the information, products, services, or related graphics contained on the website for any purpose. Any reliance you place on such information is therefore strictly at your own risk.

All content, including text, graphics, images, and information, contained on or available through this website is for general information purposes only. No part of this website may be reproduced, distributed, or transmitted in any form or by any means, including photocopying, recording, or other electronic or mechanical methods, without the prior written permission of the owner, except in the case of brief quotations embodied in critical reviews and certain other noncommercial uses permitted by copyright law.

Related Geometry

Ride character of the Rocky Mountain Instinct 29 2020

Recent Posts