BMC Teammachine SLR SEVEN 105 mix Disc Road Bike

Name: BMC Teammachine SLR SEVEN 105 mix Disc Road Bike
Price: 27099.0 HKD
Availability: InStock

$27,099.00

Color Options

Black/White/White

Size Options

BMC Teammachine SLR SEVEN 105 mix Disc Road Bike

The BMC Teammachine SLR SEVEN is a high-performance road bike from BMC that features a lightweight carbon fiber frame and fork. It is equipped with a Shimano 105 2x11-speed drivetrain that offers precise and reliable shifting while also being durable and easy to maintain. The bike also features hydraulic disc brakes, providing powerful and consistent braking performance in all weather conditions.

The bike's frame is designed with BMC's Accelerated Composites Evolution (ACE) technology, which optimizes the balance between weight, stiffness, and comfort to enhance overall performance. The bike also features internal cable routing, giving it a clean and sleek appearance while minimizing wind resistance and cable clutter.

Overall, the BMC Teammachine SLR SEVEN is a high-performance road bike that offers excellent value for its price. It is suitable for riders who want a reliable and high-performing bike for training, racing, or long-distance rides.

ACE＋Design Technology

ACE+ is an evolution of BMC's bicycle frame design technology. It can generate thousands of virtual frame samples to meet stiffness, weight, and comfort targets, as well as a key factor, aerodynamics. With ACE+ technology, designers can better consider the aerodynamic performance of the frame and incorporate it into the entire design process. By simulating and testing multiple frame designs, ACE+ can help designers find the optimal solution to improve overall performance and efficiency.

The high-performance shifting system

Teammachine SLR SEVEN is the Shimano 105 2x11-speed electronic shifting system, which allows for fast, precise, and smooth gear changes.

D-Shape seatpost

The latest evolution of our signature D-Shape seatpost: this optimized design features the minimalist saddle clamp, resulting in lower weight; while still retaining excellent aerodynamic performance and compliance.