Suspension & Brakes · 20 April 2026

Hope Tech 4 V4 vs Magura MT5: Head-to-Head Breakdown

By Gear Matrix Team

A data-driven comparison of Hope Tech 4 V4 and Magura MT5, covering specifications, price, weight, fitment and who each one suits.

Hope Tech 4 V4 vs Magura MT5: Head-to-Head Breakdown

Key points: Suspension & Brakes

Hope Tech 4 V4 and Magura MT5 are two of the hydraulic disc brakes that riders most often weigh against each other when looking beyond the big two brake makers. They overlap on paper, but the details that separate them show up in price, weight, setup and long-term ownership. This comparison uses the specifications and ratings recorded in the Gear Matrix database.

At a glance Hope Tech 4 V4 (Hope): £217, 0.57 kg, rated 4.7, compatibility Post mount. Magura MT5 (Magura): £194, 0.52 kg, rated 4.5, compatibility Post mount, Magura rotors.

Price and weight Hope Tech 4 V4 costs £22 more than Magura MT5, and is 0.05 kg heavier.

Where Hope Tech 4 V4 stands out Hope Tech 4 V4 leans on CNC-machined, adjustable lever, reliable. It is aimed at enduro riding. The trade-off to weigh: heavier.

Where Magura MT5 stands out Magura MT5 leans on four-piston, mineral oil, light action. It is aimed at trail and e-MTB. The trade-off to weigh: pad choices limited.

Fitment and setup Braking feel depends on piston count, lever leverage, pad compound and rotor size as much as peak power, and consistency under repeated hard stops matters more than a single strong stop. Confirm the fluid type (mineral oil or DOT), mount standard and rotor size (typically 180-203mm) and bed in new pads and rotors with a series of progressively harder stops. Bleed on schedule to keep lever feel consistent. In this pairing, Hope Tech 4 V4 lists Post mount, while Magura MT5 lists Post mount, Magura rotors; confirm which matches your bike before buying.

Mounting and installation Check the caliper mounting standard, hose length, lever clamp compatibility and rotor interface before ordering. Cutting and bleeding hoses is a job best left to a mechanic if you do not have the tools, and a correct installation matters more than any difference between Hope Tech 4 V4 and Magura MT5.

Power and modulation Stopping power is only useful if you can control it. Four-piston calipers and larger rotors give strong, consistent braking on long descents, but modulation, meaning how finely you can control that power, matters just as much. Compare how Hope Tech 4 V4 and Magura MT5 feel at the lever, not only the number of pistons.

Lever feel and ergonomics Lever shape, reach adjustment and contact-point adjustment determine how comfortable a brake is over a long descent. Smaller hands, gloves and one-finger braking all change what feels best. Try Hope Tech 4 V4 and Magura MT5 with your own gloves if you can, and set the lever reach so that your index finger rests comfortably on the blade.

Pads and rotors Organic pads are quieter and bite quickly but wear faster, while sintered pads last longer and resist fade in wet or heavy use. Larger rotors, such as 200 mm or 220 mm, dissipate heat better on steep descents. Check the rotor sizes each brake supports before you order.

Verdict Hope Tech 4 V4 edges ahead on rating (4.7 against 4.5), but the gap is small and Magura MT5 may still be the better buy if its price, compatibility or strengths suit you.

Also consider

  • SRAM Maven Ultimate (SRAM): £336, rated 4.9. Powerful brake with the most stopping force.
  • Shimano Saint M820 (Shimano): £217, rated 4.8. Downhill brake with strong power.
  • Shimano XTR M9120 (Shimano): £246, rated 4.8. Premium four-piston brake with the best finish.

What to know: Suspension & Brakes

How We Rate

Every rating on Gear Matrix follows the same published method. Read the full explanation below.

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How We Rate

How we rate

Every rating on Gear Matrix is published alongside the information it is based on, so you can judge the score for yourself rather than take it on trust.

Gear Matrix ratings are editorial assessments built from published manufacturer specifications and comparative specification data. They are not presented as the result of physical product testing. Where an article is based on a first look, a launch announcement or a press release, the article says so.

Weight-to-power on e-MTBs

Where a weight-to-power ratio is shown it is calculated from two manufacturer-declared figures: the bike’s weight in kilograms and the motor’s declared output. Both inputs are required before any ratio is displayed. We never estimate a missing value, and we never infer a figure from a different model in the range.

The full breakdown of rating criteria is being prepared and will be published on this page.