Santa Cruz Heckler 2020 Geometry

Sizing up the Santa Cruz Heckler 2020? Compare its reach, stack, and handling against 200+ bikes with our Bike Geometry Comparison and Fit Calculator.

	S	M	L	XL	XXL
A	Reach	425mm	445mm	465mm	490mm	515mm
B	Stack	597mm	606mm	620mm	634mm	655mm
C	Head Tube Angle	65.5°	65.5°	65.5°	65.5°	65.5°
D	Seat Tube Length	390mm	405mm	430mm	460mm	500mm
E	Front Center	742mm	766mm	792mm	823mm	859mm
F	BB Height	346mm	346mm	346mm	346mm	346mm
G	BB Drop	13mm	13mm	13mm	13mm	13mm
H	Wheelbase	1187mm	1211mm	1237mm	1268mm	1304mm
I	Chainstay Length	445mm	445mm	445mm	445mm	445mm
J	Head Tube Length	110mm	120mm	135mm	150mm	175mm
K	Top Tube Length	572mm	595mm	619mm	650mm	682mm
L	Seat Tube Angle	76.2°	76.1°	76°	75.9°	75.4°
M	Standover Height	720mm	745mm	743mm	741mm	741mm
N	Eye to Eye Length	210mm	210mm	210mm	210mm	210mm

	Seatpost Length	125mm	125-150mm	150-175mm	170-175mm	170-200mm
	Stem Length	50mm	50mm	50mm	50mm	50mm
	Crank Length	165mm	165mm	165mm	165mm	165mm

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More Santa Cruz geometry: Santa Cruz 5010 2025 Geometry, Santa Cruz 5010 27.5 2020 Geometry, Santa Cruz Blur 2026 Geometry, Santa Cruz Blur 29 2020 Geometry, Santa Cruz Bronson 2026 Geometry.

Compare emtb bikes: 2023 Giant Reign E+ Geometry, 2023 Giant Stance E+ Geometry, 2023 Giant Trance E+ Geometry.

Ride character of the Santa Cruz Heckler 2020

In size L, the Santa Cruz Heckler 2020 pairs long 445 mm chainstays that plant the rear wheel for stability and climbing traction, at the cost of some playfulness; a slack 65.5° head angle that stays composed when it gets steep and fast; a compact 445 mm reach that keeps it flickable; a higher bottom bracket (13 mm drop) for clearance and a livelier feel.

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.

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Ride character of the Santa Cruz Heckler 2020

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