Hayes Dominion A2/T2
RED s514
€17,99 EUR
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SINTER 024 · Bike disc brake pad
Hayes Dominion A2/T2
Fits 2 Hayes brake systems — check yours ↓
€17,99 EUR
Taxes included.
Which compound?
| Red s514 | Green s2032 | Blue s530 | |
|---|---|---|---|
| Designed for | Predictable all-round riding | Braking late and hard | Heavier bikes, prolonged braking |
| Durability | — | Temperature resistant — Kevlar fibres | Extra-long life |
| Feel | Predictable bite | Strong late bite | — |
In the box: 2 pads (left + right) · spring · bedding-in card
Shipping
We ship worldwide with DHL.
We aim to dispatch within 24 hours of an order being placed and delivery within 7 days of order. Free shipping over 100 Euro.
This pad fits · SINTER 024
2 brake systems
Hayes 2 brake systems
- Dominion
A2T2
We don't list “” for this pad yet — compare the pad drawing with your old pads, or ask us — we'll confirm.
is a brake — see brake pads for →
Checking the shape? See the pad drawing in the gallery above ↑
Specifications
- Pad code
- SINTER 024
- Shape
- Hayes Dominion A2/T2
- In the box
- 2 pads (left + right) · spring · bedding-in card
- Compounds available
- Red s514Green s2032Blue s530
- Material
- Organic (resin-bonded)
- Made in
- Ljubljana, Slovenia
- SKU
-
73-024-041-0
Compounds on SINTER 024
Red s514Predictable all-round
ALL ROUND PERFORMANCE
These brake pads offer consistent performance, thanks to their medium compound and friction stabilizers. They provide reliable braking with a smooth lever feel and excellent durability.
The inclusion of ceramic particles in the s514 compound ensures a soft bite and strong resistance to wear, making them a great long lasting option.
15% Improvement in friction performance compared to Shimano G03A pads
29% Improvement in friction performance compared to Swissstop 28C pads
Designed and manufactured in Europe!
Green s2032Brake late and hard
ULTIMATE BRAKING PERFORMANCE
The green series Sinter 2032 bicycle brake pads are designed with one thing in mind – extreme braking performance in diverse temperature conditions.
The 2032 braking compound is a state-of-the-art material, used by the Sinter Brakes racing team in the UCI Mountain bike Downhill World Championship. They enable riders to brake aggressively, while maintaining the ultimate power of control in all situations – regardless of the riding surface.
36% improvement in friction compared to SRAM OEM pads
41% Improvement in friction performance compared to Swissstop 28RS pads
Designed and manufactured in Europe!
Blue s530E-bikes, heavy bikes, long descents
LONG LASTING BRAKING POWER
Developed to provide constant braking power, high modulation, and comfort on the brake lever, as well as slow wear across all temperature conditions.
That is what makes the s530 compound especially suitable for e-bikes and other heavy bicycles with extra long pad life and highly resistant to fade.
27% Improvement in friction coefficient compared with Shimano G03A pads
44% Improvement in friction coefficient compared with Swissstop 28E pads
Designed and manufactured in Europe!
Questions about SINTER 024
Does SINTER 024 fit Hayes Dominion?
Yes. SINTER 024 fits the Hayes Dominion series — A2 and T2.
Which compound should I choose for my Hayes Dominion A2/T2?
Red s514 — Predictable all-round. Green s2032 — Brake late and hard. Blue s530 — E-bikes, heavy bikes, long descents. All compounds fit the same shape, so choose by riding style, not caliper.
Are these pads organic or sintered?
SINTER 024 pads are organic: friction material bonded with resin, developed and made in Ljubljana, Slovenia. Organic pads bite quickly, run quietly and are gentle on rotors. Despite the name, Sinter only makes organic, resin-bonded brake pads.
How do I bed in new pads?
Every set ships with a bedding-in card. In short: clean and degrease the rotor, then find a traffic-free stretch. Ride at 15 km/h (10 mph) and brake 20 times down to 5 km/h. Then brake 10 times, harder, from 25 km/h (15 mph), and finally twice, hard, from 30 km/h (20 mph) — each time down to 5 km/h, never locking the wheels. This transfers an even film of pad material onto the rotor. Full instructions are in the Bedding-in guide.