BMC Teammachine SLR 01 TWO red carbon/carbon 2026-2027

BMC SLR01 TWO 2026-2027 Carbon Road Bike

The BMC SLR01 TWO 2026-2027 is a carbon road bike designed for performance in the mountains and for racing. Its "01 Premium Carbon" construction, combined with an optimized aerodynamic design, results in a bike that is particularly efficient both on climbs and during accelerations.

The Teammachine SLR 01 TWO represents the pinnacle of BMC 's expertise in designing climbing bikes. Developed in the brand's Impec Lab, it combines minimal weight, high power transfer, advanced aerodynamics, and precise handling to deliver dynamic performance suited to demanding courses.

Its ultra-lightweight 01 Premium carbon frame guarantees high stiffness to maximize climbing efficiency while maintaining excellent precision on descents. The optimized aerodynamics of the entire frame also contribute to increased speed, bringing the SLR's aerodynamic performance closer to that of the Teammachine R 01.

TCC Race technology improves comfort on rough roads without compromising frame stiffness. It helps maintain stability and control in corners while preserving the dynamic character characteristic of BMC bikes.

This configuration features a SHIMANO Dura-Ace Di2 electronic drivetrain with a 4iiii Precision Pro dual-measurement power meter. The next-generation ICS Carbon Aero one-piece cockpit and 38mm DT Swiss ARC 1100 DICUT wheels complete a build designed for decisive efforts in the mountains.

The aerodynamic performance of the Teammachine SLR 01 has been optimized through advanced airflow analysis and intensive wind tunnel testing to improve the overall efficiency of the bike.

Developed with Tudor Pro Cycling, the ICS Carbon Aero cockpit was designed to offer more rigidity, aerodynamics and comfort while remaining simple to assemble.

The ultra-light and strong Aerocore carbon bottle cages are integrated to optimize airflow around the downtube and seat tube and reduce aerodynamic drag when the bottles are in place.

Frame

Frame

Teammachine SLR 01 Gen 5 - 01 Premium Carbon with Aerocore Design - ICS Technology Stealth Cable Routing - Full Mount - UDH - TCC Race Compliance Level - Flat Mount Disc - 12 x 142 mm thru axle.

Fork

Teammachine SLR 01 Gen 5 - 01 Premium Carbon - ICS Technology Stealth Cable Routing - TCC Race Compliance Level - Stealth Dropout Design - Flat Mount Disc - 12 x 100 mm thru axle - 48 mm offset sizes 47-51 - 43 mm offset sizes 54-61.

Space for tires

Tires up to 32 mm measured.

Transmission

Crankset

SHIMANO Dura-Ace FC-R9200.

Plateaux

52-36 teeth.

Power sensor

4iiii Precision Pro Power Meter - dual sensor.

Cassette

SHIMANO Dura-Ace CS-R9200.

cassette teeth

11-34 teeth.

Chain

SHIMANO CN-M9100.

front derailleur

SHIMANO Dura-Ace Di2 FD-R9250.

rear derailleur

SHIMANO Dura-Ace Di2 RD-R9250.

Controllers

SHIMANO Dura-Ace Di2 ST-R9270.

Number of speeds

2 x 12 speed transmission.

Bottom bracket

SHIMANO Dura-Ace Press-Fit Bottom Bracket SM-BB92-41B.

Brakes

Levers and stirrups

SHIMANO Dura-Ace BR-R9270.

Records

SHIMANO Dura-Ace RT-CL900.

disc diameter

160 / 160 mm front / rear.

Wheels

Rims

DT Swiss ARC 1100 DICUT - height 38 mm.

Hubs

DT Swiss 180 DICUT - Ratchet EXP 36.

Tires

Pirelli P Zero Race RS - tires with inner tube (tube type) - 28 mm section.

Tubeless information

Tubeless rims - Non-Tubeless Clincher tires.

Components

Hanger

ICS Carbon Aero Gen 2 - full carbon one-piece cockpit - drop 135 mm - reach 81 mm - flare 12°.

Guidoline

BMC Tacky 3 mm.

Seat post

Teammachine SLR 01 Gen 5 - 01 Premium Carbon Aero Shaped Seatpost - offset 0 mm sizes 47-51 and offset 10 mm sizes 54-61.

Saddle

Fizik Vento Argo R1 Lite - carbon rails - 140 mm width.

Accessories included

Aerocore Bottle Cages - computer mount for Garmin and Wahoo with GoPro attachment.

Weight

6.5 kg without pedals - size 54 as shown with all accessories.

ASTM Classification

Level 1.

System weight limit

110 kg.

Please note that the specifications may be changed without prior notice by the manufacturer, based on the availability of components and other factors.