What Are Zone Areas in Motorcycle Gear?
How Are Protection Areas Determined?
Estimated Reading Time: 6 Minutes
When we look at a motorcycle jacket or pants, we often see them as a single whole.
However, from the perspective of motorcycle safety standards, not every area of the gear has the same function.
This is because not every part of the body is exposed to the same risk during an actual fall.
Some areas make first contact with the ground.
Some areas may be exposed to friction for longer.
In other areas, freedom of movement and comfort of use become more important.
This is why risk areas (Zone areas) are used in motorcycle gear.
Why Is the Zone System Used?
At first glance, one might think:
“Wouldn’t it be safer to use the most durable material throughout the entire gear?”
In fact, the goal in motorcycle gear design is not just to use the strongest material.
A piece of gear must also:
- allow the rider to move,
- be usable for long periods,
- avoid creating unnecessary weight,
- and provide the right protection in the areas where it is needed.
This is why the basic approach in modern motorcycle gear is:
“Not maximum material everywhere, but the right protection in the right area.”
This is the logic.
Zone 1 — Highest Risk Areas
Zone 1 areas are those more likely to make first contact with the ground, receive an impact, and be exposed to high friction during a fall.
In these areas, the goal is not just fabric strength; it is reducing impact energy and maintaining the integrity of the gear.
In jackets, these are generally considered important risk areas:
- shoulder area,
- elbow area,
- forearm contact areas
In pants, these are generally highlighted:
- knee area,
- hip / pelvic area,
- side contact points
In these areas:
- high abrasion resistance,
- impact-absorbing protectors,
- reinforced material construction,
- durable stitching solutions
become important.
This is because the initial contact and highest energy during a fall can often occur at these points.
Zone 2 — Friction and Support Areas
Zone 2 areas may not have as high a chance of impact as Zone 1, but they are areas that may experience friction and stress.
The role of these areas is to support the overall durability of the gear and maintain the integrity of the protection.
In jackets:
- parts of the arm areas,
- back and side panels
are evaluated with this logic.
In pants:
- outer leg surfaces,
- support contact areas
can be considered within the Zone 2 approach.
The goal in these areas is:
- to resist abrasion,
- maintain material integrity,
- and ensure the gear continues to perform its function.
Zone 3 — Movement and Use Areas
Zone 3 areas are those considered to have a lower likelihood of intense impact and friction in fall scenarios.
However, there is an important point here:
Zone 3 does not mean an unimportant area.
This is because motorcycle gear is on the rider not only when needed, but throughout the ride.
A piece of gear is just as important to be usable as it is to be safe.
The goal in these areas is:
- to provide freedom of movement,
- maintain riding ergonomics,
- offer long-term comfort of use,
- and increase the daily usability of the gear.
Some areas in jackets and pants that require stretch or support freedom of movement can be designed with this approach.
Why Isn't Everything Made Zone 1?
This is one of the questions motorcycle riders often think about.
“More layers, more thickness, more safety”
is not always the right approach.
This is because unnecessary weight and stiffness:
- can reduce freedom of movement,
- can increase fatigue on long rides,
- can make the gear harder to use.
It should not be forgotten:
Unused gear, no matter how strong it is, cannot fulfill its function.
Good Gear Is a Balance
The goal in modern motorcycle gear is not to make the heaviest, thickest, or stiffest product.
The goal is:
to bring together protection, freedom of movement, and comfort of use at the right point.
For this:
- the right material in the right area,
- protection in the right place,
- the right stitching structure,
- the right design
are considered together.
This is because every part of a well-designed piece of motorcycle gear has a function.
SoHo Journal Technical Note
When evaluating a piece of motorcycle gear, you should not only ask:
“What material is used?”
but also look at:
“Where and why is this material used?”
This question as well.
True safety is often hidden not in the visible details, but in the engineering approach behind it.
For more information: What Are A, AA and AAA Safety Levels in Motorcycle Gear?
Author: Soho Riders Team
Related Product
You can see the construction described in this article in the Falcon: EN 17092-3:2020 Class AA certified, knee and hip EN 1621-1 Level 2 protection included, 13 oz denim with para-aramid panels.
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