
Hope Tech 4 V4 in the long-term review
10.03.25 08:20 302025-03-10T08:20:00+01:00Text: Ralf Hauser (translated by AI)Photos: Ronald Kalchhauser, Erwin Haiden, NR22Since the four-piston brake made from CNC-machined parts hit the market a few years ago, it hasn’t lost any of its shine. However, looking good alone isn’t enough; the performance also has to impress. We’ve spent over a year examining the strengths and weaknesses of the Hope Tech 4 V4.10.03.25 08:20 852025-03-10T08:20:00+01:00Hope Tech 4 V4 in the long-term review
10.03.25 08:20 852025-03-10T08:20:00+01:00 Ralf Hauser (translated by AI) Ronald Kalchhauser, Erwin Haiden, NR22Since the four-piston brake made from CNC-machined parts hit the market a few years ago, it hasn’t lost any of its shine. However, looking good alone isn’t enough; the performance also has to impress. We’ve spent over a year examining the strengths and weaknesses of the Hope Tech 4 V4.10.03.25 08:20 852025-03-10T08:20:00+01:00Hope's Tech 4 V4 is currently the most powerful brake in the repertoire of the British company from Barnoldswick, which actually manufactures most of the components for their brakes - and now also other parts like full carbon frames - in their factory in their home country.
In the past, it has often been shown that a comprehensive brake review only makes sense if it also includes use under adverse conditions, in deep mud, or even scorching heat. How durable, reliable, or powerful new stoppers really are can only be assessed after at least several months have passed.
After more than a year on trails in the home country and beyond, we can now, with a clear conscience, share our experiences with the review model of the Hope Tech V4.
Visually a true masterpiece
Hope Tech 4 V4Technical details
Compared to the Hope Tech 3, the Tech 4 is said to deliver 30% more braking force. The reservoir area has been enlarged to reduce the overall build height.
The integration of the shift levers has been improved and now offers a 30° angle adjustment as well as compatibility with the latest shift levers. A lateral adjustment on both sides of the master cylinder is also possible to achieve a wide range of lever positions.
The Tech 4 uses completely new internal seals to reduce friction.
The lever's hinge rotates on ball bearings, which reduces spring force. The lower spring force, in turn, allows for easier lever actuation, reducing hand fatigue while maintaining precise modulation.
The updated V4 caliper uses hybrid pistons made from stainless steel with a phenolic insert. This enables smoother movement and reduced maintenance while also handling high temperatures without heat transfer, even under extreme conditions.
Apart from the fact that the CNC-milled Hope Tech 4 V4 is truly a visual masterpiece, its braking characteristics can be finely adjusted without tools using two screws on the brake lever. One screw determines the distance to the handlebar, while the other influences the bite point.
For the brake cables, you can either choose regular cables or - for an additional charge - steel braided hoses. The brake uses DOT 5.1 brake fluid.
The maximum thickness of the brake rotors that can be used with the V4 brake calipers is 3.3 mm.
Hope offers a wide variety of different rotors; specifically for the V4, the Vented Rotor was developed in sizes of 203 mm or 220 mm and a thickness of 3.3 mm.
The Tech 4 V4 is delivered with the grippy green brake pads. Pads with lower braking power but higher durability are also available in the range. The British manufacturer also provides a table with recommendations for rider weight and intended use on their website to make the decision-making process easier.
Hope offers a total of four different pads for the V4: Racing (green), All Conditions (red), E-Bike (purple), and Sintered (gold).
When it comes to the color choice of the brake itself, several combinations can be realized. The base color is either black anodized or silver, complemented by accents in black, silver, purple, red, blue, or orange.
Various adapters for different shifter or dropper post levers are available to connect them directly to the brake.
A brake unit with an uncut steel braided hose weighs 332 g. The Fixed Rotor in a 220 mm size and 2.3 mm thickness weighs 267 g, while the 200 mm size weighs 225 g.
The recommended retail price is 290 Euros per brake; with the steel braided hose, it is €300.
In the workshop
The installation of the Tech 4 proceeds as smoothly as one could hope. The components are of the highest quality and fit precisely, with the brake lever securely attaching to the handlebar without requiring excessive force. The calipers are easy to align, and there is no rubbing of the brake discs. This indicates well-manufactured rotors and, by design, sufficient space between the disc and brake pads when the brake is not engaged.
If you have a sharp cutting tool for the brake cables, installation with a steel braided line is also straightforward and follows the same process as any conventional installation.
In general, a quick bleed on the Tech 4 can be carried out fairly swiftly, but a complete bleed requires Hope's proprietary bleeding kit.
After shortening the brake line, a quick bleed on the front brake was sufficient in our case to remove air from the system. The rear brake, however, required a complete bleed. Hope generally recommends a complete bleed after shortening the line.
For a quick bleed, you only need to position the brake lever roughly horizontal. If you turn the handlebars toward the side of the brake lever being bled and lock them in this position, you can align the reservoir completely horizontally.
Next, remove the cap of the reservoir and use the brake lever to flick out small air bubbles from the system. This process works significantly better for the front brake than for the rear brake, as the latter’s line often snakes through convoluted paths within the frame to the brake caliper.
To finish the procedure, top off the brake fluid if necessary and replace the reservoir cap.
With a complete bleed, the process becomes a bit more complicated; however, you follow the general rules of bleeding. The bleed kit includes two syringes, a hose, and—somewhat atypically—a dedicated cap for the reservoir with an attached open oil reservoir and closure system.
On the brake caliper, there is a valve to which the hose with the syringe can be attached. This valve only needs to be slightly unscrewed to allow flow or to seal the system again.
The pros and cons of DOT fluid compared to mineral oil can be debated endlessly. Personally, I find the greasy consistency of DOT fluid somewhat cumbersome to work with.
The hose easily slips off the valve of the cylinder—here, a sliding ring on the outside of the hose, as seen with other manufacturers, would be desirable to better secure the hose. Ultimately, during the bleeding process, you always have to hold the hose in place with one hand, which does not make the process any easier.
You should also have a good cleaner on hand to properly remove any spilled oil, as it could otherwise damage the frame and components. Working with protective gloves when handling DOT fluid goes without saying.
Hope has made some accessories like bleed blocks available as files for 3D printers to download. A nice customer service feature, provided you have a 3D printer at home. If not, you can also purchase them.
The assembly: very simple. The bleeding: depends.
The mechanic reportsOutdoors
The brake lever itself is quite long and feels comfortable and non-slip on the finger. Adjusting the reach and bite point is exceptionally simple thanks to the knurled screws and can be done at any time, even on the trail.
In terms of reach from the handlebar, the most diverse hand sizes or rider preferences should be easily accommodated. When setting the bite point, I opted for the shortest dead travel; at least subjectively, this position also produced the most defined bite point.
The integration of the shift lever and dropper post lever works excellently with the separately available adapters, and other manufacturers could certainly take a cue from this functionality.
I have never found it so easy to position the levers exactly where I wanted them, and there is plenty of room for other adjustments.
During the famous parking lot test, the bite point feels spongier than it ever does during a ride – presumably due to the high braking power, which does not require pulling the brake lever excessively close to the handlebar.
If a full bleed is performed, the bite point is clearly defined, and the dead travel before the brake pads engage is limited to just a few millimeters. Strangely, this feeling only lasts for one or two rides; after that, the bite point becomes slightly softer, and the dead travel increases noticeably. This phenomenon could be reproduced every time after fully bleeding the brakes three times during the test period.
No matter how steep, no matter how hot the outside temperature, or how high the speed – the braking power of the Tech 4 V4 is brutally high and always available.
Stoppies or full stops in a hairpin turn to reposition the rear wheel are effortlessly and reliably possible, even with an e-bike. On the steepest descents, the brake can be feathered just as well at the end of a steep slope as on the first few meters. Even in high-speed sections, it brings the bike to a safe halt from its forward motion in no time.
There are certainly some riders for whom this braking power might be too much; others, like me, are only truly happy with such power.
The brake was tested on an e-bike, mainly with a 2.3 mm thick and 220 mm large fixed rotor brake disc at the front and a 200 mm disc at the rear.
Hope recommends adjusting the brake disc sizes to rider weight, area of use, and personal preferences. If the braking power is generally too high, a smaller disc can easily be mounted. When a 200 mm disc was temporarily mounted at the front wheel, the difference was slightly noticeable; however, the brake still provides strong stopping power even with smaller discs.
We were very satisfied overall with the green, organic racing brake pads: They combine strong braking power with good modulation and demonstrate surprisingly high durability for racing pads over numerous kilometers.
In contrast, with other manufacturers, one often gets the impression that the pads wear out on a cheese grater rather than a brake disc.
Equally positive is the low operating force of the brake lever: The braking power can be accessed with little effort, and even prolonged pulling of the lever does not require excessive exertion from arms and fingers.
The braking power of the Tech 4 V4 is brutally high and available at all times
No matter how steep, no matter how hot the outside temperature, or how high the speedTo safely control a powerful brake, modulation is crucial. As mentioned, the bite point of the V4 is on the softer side, yet the desired braking force can be regulated quite precisely.
Especially at low speeds and on loose surfaces, it takes some getting used to in order not to apply too much force and cause the front or rear wheel to lock.
Speaking of low speeds: During such situations, the brake occasionally started to hum slightly with Hope rotors when dragging it through technical sections.
Apart from some initial squeaking noises in the rain, which disappeared quickly after the first bedding-in process, the Tech 4 V4 remained pleasantly quiet and did not distract from riding.
The Hope Tech 4 V4 does not come without criticism. Although the braking power remains consistently reliable even under the most extreme conditions, there can be instances where the brake lever wanders. In normal usage, this behavior is limited, but under high temperatures, steep trails, and extreme stress, it can happen that the brake lever moves a few millimeters away from the handlebar. For some riders, this might be negligible; however, our main tester, who is very sensitive in this regard, finds it extremely irritating during rides where precision is crucial.
This issue was so significant for him that, during timed Strava runs, he preemptively adjusted the brake lever closer to the handlebar before heading downhill. This way, the brake lever was closer to his ideal position when heated, but this adjustment caused another problem: In a section where there was no braking for about 15 seconds, he could pull the lever almost all the way to the handlebar during the first hard braking, as the bite point had shifted significantly due to cooling. This is far from ideal and could even pose a safety risk in critical situations, as it becomes unclear when the brake will start to engage.
Since there are hardly any similar reports online, this issue does not seem to be too severe for most riders. And no, there was no air in the system: After these symptoms first appeared, a complete bleed was performed and repeated later to rule out this factor.
In terms of durability, there were no failures, leaks, or other issues during the entire test phase, as are often seen with many other brakes.
In general, one rarely hears of significant flaws with the Tech 4.
Conclusion
Hope Tech 4 V4 | |
---|---|
Model year: | 2024 |
Test duration: | 14 months |
Price: | € 290,- MSRP (€ 300,- steel braided line) |
+ | Massive braking power |
+ | Easy to modulate |
+ | Temperature-resistant braking power |
+ | Simple adjustment of lever reach and bite point |
o | Relatively soft bite point |
o | DOT brake fluid |
- | Brake lever wander under extreme load |
BB verdict: | Controllable braking power squared |
Hope's Tech 4 V4 is without question one of the highest-quality and strongest-gripping brakes on the market.
Even on long and steep descents, the braking power does not suffer under extreme loads and remains consistently available, even with very light pressure on the brake lever. Only at lower speeds should one get used to not braking too hard to avoid unwanted wheel lock-ups.
The bite point is rather on the soft side; only at the beginning of a complete bleed is it slightly more defined, but unfortunately, this feeling fades after a few rides.
The only real downside is the wandering of the brake lever away from the handlebar, which causes the bite point to shift during particularly steep trails with continuous hard braking maneuvers and high external temperatures. This issue will affect some riders more than others - depending on how important an exact and consistent lever position is to them during the ride.