Chausseestraße · 10115 Berlin-Mitte
Bike Fitting in Berlin-Mitte for Road & Gravel
Bike fitting works best before the test ride, purchase, or custom build. With Retül 3D Motion Capture and the infinitely adjustable Wahoo KICKR BIKE, we establish your frame size, reach, stack, and cockpit before you commit. That avoids the wrong frame and costly post-purchase changes.
Our premium bike shop in Berlin-Mitte specializes in road and gravel bikes from Canyon, Cervélo, BMC, Colnago, and Orbea. From full workshop service and maintenance to custom builds, JobRad, and Lease-a-Bike, we accompany you from the first measurement to the ready-to-ride bike, including service partnerships for Canyon and Rose.
What does a bike fit cost in Berlin-Mitte?
Basic Fit
€200The Basic Fit combines a body check with dynamic Retül 3D motion analysis on the Wahoo KICKR BIKE. While you pedal, your joint angles are tracked in real time so frame size, saddle height and position, cockpit, and cleats can be tuned to the millimetre.
For most requests, that's exactly the right level: a first professional setup, a new bike, or recurring discomfort such as knee pain, saddle-area numbness, and hot spots on the feet. Dynamic analysis also reveals movement patterns that only appear under load.
Request an appointmentPro Fit
€400The Pro Fit builds on dynamic Retül 3D analysis with an in-depth biomechanical evaluation for maximum performance. Shoes, insoles, and components are considered precisely using the measured movement patterns.
The measurements and recommendations are documented in a digital fitting report and then transferred precisely to your own bike.
Book a Pro FitBoth prices are per session, carried out on-site in Berlin-Mitte.
How a bike fit works
- 01
Consultation
Riding style, goals, and any discomfort are discussed.
- 02
Measurement
Dynamic Retül 3D analysis on the Wahoo KICKR BIKE: pedal stroke, frame size, saddle position, handlebar and stem setup.
- 03
Adjustment
The resulting numbers are applied directly to the bike.
- 04
Summary
The key settings are written down so they can be reproduced later.
Pain, comfort, and efficiency
01Pain: where it actually comes from
Most recurring cycling complaints trace to one specific point in the setup, not "the bike" or "fitness" in general. Front knee pain nearly always points to a saddle set too high or too far back, an overly long crank, or consistently riding gears that are too large. Pain behind the knee runs the other way, the saddle is too high or too far back, over-extending the knee on every revolution. Pain on the inner or outer side of the knee is almost always about cleat position, too little or too much float, or worn cleats forcing the ankle into a fixed rotation instead of letting it move. Numbness in the saddle area often happens when the saddle is narrower than your own sit-bone width, pushing pressure into soft tissue instead of the sit bones. Cold or numb feet and hot spots often come down to a cycling shoe's stiff sole concentrating pressure on the forefoot; the right insole spreads that pressure and can help stop overpronation from pulling the knee out of alignment.
02Comfort: why a few millimetres make a real difference
Comfort on a bike isn't a vague feeling that resists measurement, it tracks to specific settings, and the research backs that up more clearly than you'd expect. In an international survey of 849 cyclists, professional bike fitting was associated with meaningfully better comfort and pain outcomes. Worth being honest about: the same survey found no significant link between bike fitting and fewer injuries the following year. What a fit reliably delivers is a position that holds up better over hours in the saddle, not an injury-prevention guarantee the evidence doesn't support.
One concrete example of how specific this gets: a study of 34 cyclists compared three saddle setback positions, preferred, 10% forward, and 10% backward, at two intensities. Comfort was significantly lower at the backward position than the forward one, with measurably different ankle and knee angles. Fore-aft saddle position is its own comfort lever, separate from height, and it's set deliberately during a precise measurement rather than estimated by feel.
03Efficiency: how the load shifts between muscles and joints
Raising or lowering the saddle doesn't just change how pedaling feels, it measurably changes which muscles and joints do the work. A biomechanical modeling study of 25 cyclists tested nine combinations of three saddle heights and three power outputs and found that a higher saddle position cut quadriceps force by roughly 9.6% and calf force by roughly 21%, while shin-muscle load rose by roughly 33%. That's part of why a few millimetres of saddle height matter on a long ride, it shifts which muscle group fatigues first. This isn't a "more watts from bike fitting" claim, and none is made here, the actual finding is a different, individually varying distribution of load that a precise measurement sets deliberately instead of leaving to chance.
Common mistakes when buying and setting up a bike
Many of the complaints that eventually bring someone to a bike fit don't start on the bike at all, they start at the point of purchase or the first self-installation. The mistakes below show up again and again in practice, each one tied to a specific, recognizable symptom.
01Frame size bought by label instead of stack and reach
A bike often gets bought by the manufacturer's size label, S/M/L or a centimetre number, or by standover height, how high the top tube sits off the ground. Neither compares reliably across brands: two frames with an identical seat tube length can produce completely different riding positions, because head tube angle and length vary independently. The numbers that actually hold up are stack (the vertical distance from the bottom bracket centre to the top of the head tube) and reach (the horizontal distance between the same two points), because they describe directly how stretched-out or upright the riding position actually is, regardless of what the size is marketed as. A frame bought too small or too large can only be partly corrected through saddle and stem adjustment, and what's often left over is a permanently over-stretched or over-compressed posture, the exact kind that produces back and neck pain that feels like a setup problem but actually sits in the frame itself.
02Shoe size chosen "like everyday shoes"
Cycling shoes often get bought using the same instinct as everyday shoes: half a size up for more toe room, or a tighter fit to force extra lateral hold. Both point the wrong way. A cycling shoe should feel held at the midfoot without squeezing, with toes able to move naturally rather than pressing into the front. A shoe bought too large lets the foot shift slightly inside it, which over time causes pressure points and an unstable power transfer; a shoe bought too narrow, especially in width, compresses nerves in the forefoot and is one of the most common causes of numb or tingling toes while riding. Width and length are two separate problems: a forefoot that's too tight isn't solved by a longer shoe, it's solved by the right width.
03Cleats installed without float
Cleats are often mounted "straight" or by feel, without accounting for the side-to-side rotational freedom, float, that most clipless systems actually offer. Float lets the foot rotate slightly inward or outward through the pedal stroke without unclipping, and that's exactly what the knee needs: for most people, it doesn't have to travel in a perfectly straight line to stay pain-free. When cleats are mounted with no float, or in a rotation that doesn't match the foot's natural angle, the knee gets forced into an unnatural line on every revolution. That typically shows up as pain on the inner or outer side of the knee, depending on which direction the misalignment forces, rather than the classic front or back knee pain that tends to trace to saddle position instead.
04Crank length never questioned
Most bikes ship with a standard crank length regardless of the rider's height, and most buyers never learn that crank length is even an adjustable dimension. It only becomes a real problem at the height extremes: a crank that's too long forces the knee into too acute an angle at the top of the stroke. Physiotherapy-led bike fitting practices put the threshold at around 66 degrees of knee angle, below which the risk of chronic knee pain rises noticeably, while angles above roughly 69 degrees are generally considered safe. Overly long cranks often show up alongside a slight rocking of the pelvis with each revolution, because the hip has to compensate at the top of the stroke.
05Handlebar width chosen by frame size, not shoulder width
A new handlebar often just gets bought in whatever "standard width" matches the frame size, without accounting for the rider's actual shoulder width. A reasonable biomechanical rule of thumb is shoulder width plus roughly a hand's width on each side; bars noticeably narrower or wider force the shoulders and elbows into a position that can't efficiently use the shoulder's larger, naturally load-bearing muscles. Bars too narrow produce a twisted hand position with pinched elbows; bars too wide create a strain similar to an overly wide push-up position; both typically show up as tension or pain in the shoulder area, often wrongly blamed on the overall riding position instead.
06Saddle height set by feel, not measured
A brief cross-reference is enough here, since the mechanism is already covered in detail above: setting saddle height at purchase or after switching bikes "the same as the old bike," or by an online rule-of-thumb formula, typically ignores differences in shoe sole and cleat stack thickness between bikes. Those exact few millimetres are what the research cited above shows shifting which muscle group fatigues first, and they're often behind the very front or back knee pain that many people blame on "a hard training week" instead of the setup itself.
A bike fit can't fully undo a frame bought too small or too large, but saddle position, cleats, crank length, and cockpit dimensions can all be corrected precisely at any fitting, regardless of where the original mistake actually happened.
What's different in a road vs. gravel fit?
Gravel bikes are built for a more upright position, with a shorter top tube and taller head tube, while road bikes allow a longer, lower, more aerodynamic stance. Road handlebars typically run 38 to 46cm wide; gravel bars often add flare on top of that for more control off-road. Both feed directly into the fit, depending on which bike you bring.
When is the right time for a bike fit?
A bike fit doesn't have to be a one-time event. These are the moments that trigger one most often in practice.
- 01
A new bike, or a custom build
The fit belongs before the test ride, purchase decision, or start of a custom build. That establishes frame size, reach, stack, and cockpit before a wrong frame or costly changes become necessary.
- 02
Coming back after a break
after injury, a winter break, or any longer time off, flexibility often shifts, so an old setting doesn't automatically still apply.
- 03
Before a bigger season goal
before a long tour, a stage race, or a heavier training block, it's worth checking the baseline position before volume ramps up.
- 04
Recurring discomfort
knee pain, numbness, or pressure points that don't go away after several rides are a clear signal, not one to ride out.
- 05
Swapping key components
new shoes, new pedals or cleats, or a new saddle change the baseline the last fit was built on.
- 06
A real shift in your own fitness
through regular training, a change in weight, or simply over the years, the ideal position moves too.
Before your appointment
Bring your bike, cycling shoes, and pedals, plus any insoles you currently use. It helps to jot down where exactly something feels off, and since when. Bikes not purchased through us are welcome too.
Who should get a bike fit?
Commuters logging real hours in the saddle, ambitious road and gravel riders, anyone with recurring discomfort, and anyone with a new bike who isn't sure the size and setup are actually right.
Frequently asked questions
01What does a bike fit cost in Berlin-Mitte?
The Basic Fit costs €200. The Pro Fit costs €400 and is available to book now.
02Is the Basic Fit a dynamic motion-capture analysis?
Yes. During the Basic Fit, the Retül 3D camera system tracks your joint angles in real time while you pedal on the Wahoo KICKR BIKE. This reveals movement patterns that cannot be seen while standing still.
03How long does a bike fit take?
A Basic Fit needs enough time for the consultation, measurement, and adjustment. Exact timing is confirmed directly with our team on-site.
04Does bike fitting help with knee pain?
Often, yes. Front knee pain is commonly linked to saddle height or position, back-of-knee pain to a saddle set too high or too far back, and pain to the side of the knee to cleat position. A bike fit checks each of these systematically.
05What's different between a road and a gravel bike fit?
Gravel bikes are set up for a more upright, controlled position; road bikes for a longer, more aerodynamic one. Handlebar width, shape, and stem length differ accordingly, and that's factored into the measurement.
06What should I bring to my appointment?
Your own bike, cycling shoes, and pedals. Existing insoles are useful but not required.
07Can I bring a bike I didn't buy through you?
Yes, that's not a problem.
08Why do shoes matter in a bike fit?
A cycling shoe's stiff sole concentrates pressure on the forefoot, which can cause hot spots or numbness. The right insole can spread that pressure and improve stability on the pedal.
09What helps with numbness in the saddle area?
Usually it comes down to the saddle being narrower than your own sit-bone width, putting pressure on soft tissue instead of the sit bones. Getting saddle width right is part of every fit.
10Does a bike fit make you faster?
A credible fit doesn't promise a specific wattage gain, the evidence doesn't support that. What it does show: saddle position measurably changes how much individual muscle groups (quadriceps, calf, shin) are loaded. A position that distributes that load sensibly fatigues more slowly, which tends to matter more on a long ride than in a short time trial.
11Does bike fitting prevent injuries?
Not demonstrably, and that's not claimed here. An international survey of 849 cyclists found a clear link between bike fitting and less pain and more comfort, but no significant link to fewer injuries the following year. Put plainly: a fit makes riding noticeably more comfortable and less painful, it isn't a substitute for training load management or medical advice for an existing issue.
12What's the difference between the Basic Fit and the Pro Fit?
The Basic Fit includes dynamic Retül 3D motion analysis on the Wahoo KICKR BIKE, ergonomic fine-tuning, and a digital fitting report. The Pro Fit adds an advanced analysis for maximum performance and in-depth biomechanical optimization.
13Why does the fit adjust the saddle forward or back, not just up or down?
Because fore-aft saddle position (setback) affects comfort independently of height. A study of cyclists found significantly lower comfort with the saddle moved further back compared to further forward. Both dimensions, height and setback, are set separately during the measurement, not just one of the two.
14How do I find the right frame size when buying online?
Not from the S/M/L label or a centimetre number alone, that barely compares across brands. Stack (height) and reach (length) describe the actual riding position independent of the label. The most reliable approach: note the stack and reach of a bike that already fits well, and compare against those numbers on the next purchase, not the size name.
15Why do my toes go numb while riding even though the shoes are the right length?
Length and width are two separate problems. A forefoot that's too tight, often the real cause of numbness, isn't solved by a longer shoe, it's solved by the right width. Many brands offer separate width options independent of shoe size for exactly this reason.
16Do I need to think about crank length when buying a new bike?
Yes, especially at the height extremes. Most bikes ship with a standard length regardless of who's riding them. A crank that's too long forces the knee into too acute an angle at the top of the stroke, which can lead to knee pain over time.
17What does "float" mean on cleats, and why does it matter?
Float is the side-to-side rotational freedom most clipless pedal systems offer. It lets the foot rotate slightly during the pedal stroke without unclipping, which the knee needs, since it doesn't have to travel in a perfectly straight line for most people to stay pain-free. Cleats installed with no float, or in the wrong rotation, are a common cause of pain on the inner or outer side of the knee.
18Can a bike fit fix a mistake made when buying the bike?
Partly. A frame bought the wrong size can only be compensated for to a limited degree. Saddle position, cleat setup, crank length, and cockpit dimensions like handlebar width and stem length, on the other hand, can all be corrected precisely at any fit, regardless of what the original mistake was.
19When is the best time to get a bike fit?
Most usefully before the first kilometre on a new or newly built bike, after a longer break or injury, before a bigger season goal, or as soon as recurring discomfort shows up. A fit isn't a one-time event — it's worth repeating whenever the bike, your body, or your goal has genuinely changed.