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HPC COCKPIT

Next-generation cockpit

  • Alpha Rib Technology
  • Adaptive Size Adjustment
  • Made in Germany
Top-down view of the HPC Cockpit showing its aerodynamic handlebar profile and integrated stem.
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Close-up of a cyclist gripping the new Lightweight HPC Cockpit during a ride, highlighting the integrated design and carbon fiber finish.

HPC - HIGH PERFORMANCE COCKPIT

Developed over three years, the Lightweight HPC Cockpit marks a new chapter in aerodynamic design, extending the performance and precision of Lightweight wheels to the front of the bike. It’s a true upgrade for any dream build.

Angled view of the new Lightweight HPC Cockpit, featuring a carbon fiber structure with a streamlined, aerodynamic profile.

ART - ALPHA RIB TECHNOLOGY

ART is a defining innovation in Lightweight’s carbon design. Made from 142 individually engineered carbon patches, this specialized architecture reinforces key zones to optimize stiffness, strength, and weight distribution. The result is an exceptional stiffness-to-weight ratio, precise handling, and a cockpit that responds with the control and efficiency serious riders demand.

Lightweight HPC Cockpit shown in angled side view, highlighting the integrated carbon handlebar and stem with visible weave and logo.

ASD - AERO STREAMLINE DESIGN

ASD merges clean aesthetics, advanced aerodynamics, and low weight. Every contour of the cockpit is engineered to minimize air resistance and maximize speed. This is the integration of design, performance, and efficiency at the highest level.

Close-up of the new Lightweight HPC Cockpit, showing the carbon stem and handlebar interface.

ASA - ADAPTIVE SIZE ADJUSTMENT

ASA matches each size with its ideal reach and drop, ensuring a fit that feels intuitive from the first ride. It provides comfort, control, and ergonomics that fully support the riding position.

Detail view of the new Lightweight HPC Cockpit, highlighting the integrated mount and carbon construction.

ICM - INTEGRATED COMPUTER MOUNT

ICM integrates your computer directly into the cockpit setup. It is engineered for stability, a secure hold, and a clean line of sight, keeping performance data front and center.

LCC - LIGHTWEIGHT CUSTOM COMPOSITE

Lightweight Custom Composite is a proprietary material technology developed for minimal weight and maximum performance. Every layer is precisely engineered to deliver the perfect balance of stiffness, responsiveness, and long-term durability. The result is a tailor-made, high-performance composite that enhances efficiency, sharpens ride feel, and meets the highest demands of cycling.

Close-up of a hand working on the new Lightweight HPC Cockpit during the finishing stage, highlighting the visible carbon structure and craftsmanship.

HANDCRAFTED PRECISION
MADE IN GERMANY

Handcrafted Precision reflects the care and craftsmanship behind each Lightweight component. Key processes are performed by hand to ensure exceptional consistency and attention to detail. This hands-on approach upholds the highest standards of quality and delivers performance you can trust.

Made in Germany Innovation represents the foundation of Lightweight’s engineering excellence. Developed and produced in Friedrichshafen, every wheel draws on decades of expertise, combining advanced technology with rigorous standards to meet the demands of serious cyclists around the world.

Performance Metrics

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

MADE IN GERMANY INNOVATION

Made in Germany Innovation stands for the highest quality and advanced technology, developed and produced in Germany. Every detail is crafted with excellent engineering and precision, built to meet the highest standards over time.

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

MADE IN GERMANY INNOVATION

Made in Germany Innovation stands for the highest quality and advanced technology, developed and produced in Germany. Every detail is crafted with excellent engineering and precision, built to meet the highest standards over time.

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

MONTHS OF DEVELOPMENT

Crafting the perfect stiffness profile required months of dedicated testing and adjustment. Our engineers invested significant time and resources to ensure the HPC’s structure delivers maximum power transfer while maintaining a sleek, aerodynamic profile.

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

MONTHS OF DEVELOPMENT

Crafting the perfect stiffness profile required months of dedicated testing and adjustment. Our engineers invested significant time and resources to ensure the HPC’s structure delivers maximum power transfer while maintaining a sleek, aerodynamic profile.

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

Each section was precisely tuned for stiffness, creating a cockpit that feels solid, responsive, and built for efficient power transfer. The lightweight design turns effort into momentum, offering control and superior handling, even at top speeds.

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

Each section was precisely tuned for stiffness, creating a cockpit that feels solid, responsive, and built for efficient power transfer. The lightweight design turns effort into momentum, offering control and superior handling, even at top speeds.

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

AERO-MASS-INDEX

The Aero-Mass Index is a characteristic value for the equivalent evaluation of the aerodynamics and weight of a component. It is calculated as the product of the power loss at 45 km/h in W and the weight of the component in kg. The power loss is statistically weighted by the lateral flow.

OPTIMIZED FIBER LAYOUT FOR PEAK PERFORMANCE

AERO-MASS-INDEX

The Aero-Mass Index is a characteristic value for the equivalent evaluation of the aerodynamics and weight of a component. It is calculated as the product of the power loss at 45 km/h in W and the weight of the component in kg. The power loss is statistically weighted by the lateral flow.

TECHNICAL DATA

Width (mm)*

360 / 380 / 400

Flare (mm)*

400 / 420 / 440

Flare

9°

Angle

-6°

Drop (mm)*

118 / 121 / 126

Reach (mm)*

83

Stem length (mm)*

90 – 130

*Center to center

Read the white paper for more in-depth information.

Download

THE GEOMETRY

“Narrow is aero” is becoming more important in today’s road cycling world. But aerodynamic positions only matter if the rider is comfortable enough. True performance depends on how well the bike fits the rider, especially at the contact points.

That is why we focused on refining ergonomics for every hand position. Using 3D-printed prototypes and real rider input across a range of hand sizes and geometries, we developed a handlebar shaped by feedback as much as engineering.

A subtle incline from the tops into the hoods creates a natural platform for the wrist to rest, improving comfort and control over long distances. Adaptive Size Adjustment ensures that each bar width comes with a drop geometry customed to fit, giving riders the freedom to choose based on preference, not just body type.

Aero-Mass-Index

The goal was clear: maximize aerodynamics, minimize weight, and deliver the stiffness needed for precise control. Achieving it meant rethinking the rules.

Cyclists once had to choose between aero efficiency and ultralight design. As performance demands, these elements must work together.

While stiffness-to-weight remains the benchmark for lightweight components, and aerodynamic drag is measured in watts, there has been no unified metric for evaluating both. So we created one.

The Aero-Mass Index (Watt × kg) measures the relationship between weight and aerodynamic resistance. Calculated using air resistance at 45 km/h and the component’s weight, it gives equal weight to both values, and ultimately, delivers a clear, comparable benchmark for high-performance design.

A lower index means a more balanced, high-performance design.

Aero-Mass Index [W x kg]

1Lightweight HPC

2Specialized Combo

33T Aeroflux

4PRO Vibe

5Storck Combo

6THM Frontale Combo

7Enve SES Aero

8Vision Metron Combo

9SL70 Aero

10LW Kompaktbügel

11THM Ulna

12LV Rennbügel

13Cannondale Hollowgram SAVE

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Winding mountain road cutting through a dramatic, rugged landscape at dusk, with layered peaks fading into the mist and a striking rock formation silhouetted against the sky.Winding mountain road cutting through a dramatic, rugged landscape at dusk, with layered peaks fading into the mist and a striking rock formation silhouetted against the sky.