I treat cable and housing replacement as precision work, not guesswork or automatic parts replacement. Fresh, cleanly routed cables for lighter mechanical shifting and braking. I inspect the bicycle first, explain what genuinely needs attention now and what can wait, then complete the agreed work with professional tools and correct torque values.
Labour price and workshop time€15–€40per control line
Typical time30 minutes–90 minutesHow I carry out the work
Labour for cable and housing replacement is normally €15–€40 per control line, with a typical workshop time of 30 minutes–90 minutes. The lower end applies to accessible, compatible components in serviceable condition; the upper end reflects high-level equipment, internal routing, corrosion, seized hardware, E-bike weight, or additional adjustment time. Replacement parts are not included. I inspect first and confirm any change before continuing.
Signs it needs attention
The baseline service is designed to solve the stated problem thoroughly, not simply make a quick adjustment that hides it. Fresh, cleanly routed cables for lighter mechanical shifting and braking. I work through the related interfaces, because the visible symptom can be produced by wear or misalignment elsewhere. Every included step below is completed when it applies to the installed system and can be performed safely without replacing a failed component.
Controls feel heavy
Rust or frayed cable
Inconsistent shifting
What is included
Cable route measurement
Clean housing cuts
Ferrule installation
Final system adjustment
Confirm the exact component model, compatibility, and visible condition before disassembly
Protect braking surfaces, carbon interfaces, paint, and electrical connections during the work
Clean the work area and relevant components so wear and damage can be assessed correctly
Use the correct dedicated tools, lubricants, compounds, and manufacturer procedure for the installed system
Reassemble accessible fasteners to the marked or manufacturer-specified torque
How I carry out the work
For cable and housing replacement, I follow a repeatable workshop sequence. That makes the result easier to verify and prevents a clean or freshly adjusted part from being contaminated or disturbed by a later step.
Intake and symptom confirmation
I record when the problem appears, recent work, crashes, transport, weather exposure, and the rider's priorities. Where safe, I reproduce the symptom instead of relying on assumptions.
Compatibility and safety inspection
Resistance can come from corrosion, tight bends, crushed housing ends, or internal routing; the complete path is assessed before anything is cut. I identify the model and standard, inspect related interfaces, and stop if damage, an unsafe part, or incompatibility changes the job.
Controlled disassembly and cleaning
Only parts needed for access are removed. Hardware and spacers stay ordered, braking surfaces stay protected, and contamination is removed so wear, corrosion, and damage become visible.
Measurement and service work
I complete the agreed operations: cable route measurement; clean housing cuts; ferrule installation; final system adjustment. Wear, play, alignment, movement, and contact surfaces are assessed with suitable gauges and tools.
Reassembly and adjustment
Serviceable parts receive the grease, anti-seize, thread treatment, friction paste, or dry interface specified for them. Fasteners are tightened in sequence without forcing worn parts.
Function test and handover
I test the function on the stand and, where relevant, under a controlled riding load. At handover I explain the completed work, remaining wear, and future priorities.
Inspection and measurements
The inspection concentrates on evidence, not appearance. For this service I check the listed symptoms (controls feel heavy, rust or frayed cable, inconsistent shifting) against actual component condition. I look for play, roughness, runout, contamination, damaged threads, incorrect routing, unsafe torque, or compatibility problems where they apply. Exact wear limits, fluid types, torque values, clearances, and pressures are taken from markings and the documentation for the installed model, not copied from a different bicycle.
Jagwire
Shimano Optislick
Campagnolo
SRAM
Work completed only after approval
Inspection can reveal work outside the baseline range. I explain the finding, separate labour from parts, and revise the estimate. No additional operation or replacement starts until the client approves it. This prevents surprise invoices and unsafe wear being hidden by temporary tuning.
Replacement of worn, damaged, contaminated, or incompatible components
Recovery of seized fasteners, stripped threads, corrosion, or previous incorrect assembly
Complex internal routing through a frame, aero cockpit, headset, or E-bike structure
Bearing, hydraulic, suspension, freehub, or electronic overhaul beyond the booked service
Different bicycles need different approaches
The same service can require very different labour. A city bike, carbon road bike with integrated cockpit, muddy MTB, Tubeless Gravel bike, and E-bike do not offer equal access. Resistance can come from corrosion, tight bends, crushed housing ends, or internal routing; the complete path is assessed before anything is cut. Support, clamping, cleaning, tooling, routing, and testing are adapted to the actual bicycle.
Components and manufacturer procedures
I regularly work with components such as Jagwire, Shimano Optislick, Campagnolo, SRAM. Brand familiarity helps identify standards, but the exact model and generation still matter. Shimano, SRAM, Campagnolo, Magura, DT Swiss, Mavic, Bosch, and other systems may specify different fluids, spacers, directional parts, preload sequences, or service tools. I check the installed component's markings and current manufacturer documentation and never claim that one generic value fits every product.
Final quality control
A service is complete only when the bicycle behaves consistently. For cable and housing replacement, the final check confirms function, related safety points, cleanliness, secure hardware, and no avoidable drag, play, noise, or leakage. Any limitation caused by wear is stated clearly.
Requested function operates consistently through its usable range
Critical accessible hardware is secure and visually checked
No tool, lubricant, or cleaning residue remains on braking or contact surfaces
Related cables, hoses, wheels, and moving parts have safe clearance
When to service it again
There is no honest universal interval for cable and housing replacement. Recheck it after a crash, transport damage, heavy rain, salt, mud, pressure washing, a major parts change, or the return of any listed symptom. High-mileage road, Gravel, Cyclocross, MTB, cargo, and E-bikes load components differently. A quiet system can still be wearing, so combine regular visual checks with condition-based workshop inspection before a race, trip, or new season.
6+ · Ukraine · Belgium
Your mechanic: Vitaliy
I am Vitaliy, a professional bicycle mechanic with more than six years of practical experience in Ukraine and Belgium, including work around professional cycling teams. I use that same disciplined check–measure–service–test approach on everyday, children’s, city, road, MTB, Gravel, Cyclocross, and E-bikes in Durrës.
Book when you notice one of the listed symptoms, after an impact, or before a long ride. An early check often prevents unnecessary wear and a more expensive repair.
How long does the work take?
Timing depends on the bicycle’s condition and parts availability. After the first inspection I give you a realistic timeframe rather than rushing safety-critical work.
Do I need to buy the parts myself?
Not necessarily. You may bring compatible parts, or I can help choose the correct option for your bicycle without pushing the most expensive product.
What does the €15–€40 range include?
It covers the labour described in the included-work section. Parts and work revealed only after disassembly are quoted separately before I continue.
Why can a high-end bicycle cost more to service?
Integrated cockpits, internal routing, carbon interfaces, electronic groupsets, proprietary hardware, and stricter access sequences increase time and require additional protection and model-specific checks.
Will you replace worn parts automatically?
No. I explain the defect, compatibility, labour, and parts cost first. Safety-critical findings are clearly marked, but the client approves the additional work.
