The Picasso OMT 450c Boasts the New DAST System
Michael Hemsworth — February 19, 2026 — Autos
References: picassoengineering.ch & newatlas
The Picasso OMT 450c motorcycle has been debuted by the Swiss engineering company as a flat track racing model that incorporates adjustable capabilities for refined performance.
The motorcycle is outfitted with a 450cc single-cylinder engine and boasts the Dynamic Adjustable Stiffness Technology (DAST) system that will allow for the chassis to be adjusted according to the track. This promises impressive performance, while a series of components crafted out of high-strength aluminum alloy Ergal 7075 T6 maximizes rigidity without increasing weight.
The Picasso OMT 450c motorcycle keeps its frame small yet functional with tightly packed components that will enable it to maintain its weight distribution. The motorcycle is set to compete in the Flat Track World Championship starting this year for enthusiasts to keep an eye out for.
Image Credit: Picasso Engineering
The motorcycle is outfitted with a 450cc single-cylinder engine and boasts the Dynamic Adjustable Stiffness Technology (DAST) system that will allow for the chassis to be adjusted according to the track. This promises impressive performance, while a series of components crafted out of high-strength aluminum alloy Ergal 7075 T6 maximizes rigidity without increasing weight.
The Picasso OMT 450c motorcycle keeps its frame small yet functional with tightly packed components that will enable it to maintain its weight distribution. The motorcycle is set to compete in the Flat Track World Championship starting this year for enthusiasts to keep an eye out for.
Image Credit: Picasso Engineering
Trend Themes
1. Adjustable Chassis Systems - Adaptive stiffness settings for chassis allow vehicles to be tuned for variable track conditions, enabling a new class of performance-customizable platforms.
2. Lightweight High-strength Materials - Widespread use of alloys like Ergal 7075 T6 demonstrates a shift toward materials that deliver rigidity without mass penalties, reshaping design constraints for high-performance frames.
3. Compact Component Integration - Tightly packed systems that maintain optimized weight distribution indicate a move toward smaller, function-dense architectures that change packaging and maintenance paradigms.
Industry Implications
1. Motorsports Racing - Competitive series adopting adjustable chassis tech can alter vehicle parity and strategy, influencing team investment in modular setups and data-driven tuning.
2. Motorcycle Manufacturing - OEMs focusing on integrated lightweight frames are positioned to redefine consumer expectations for handling, efficiency, and customization in road and off-road models.
3. Materials Engineering - Demand for high-strength, low-weight alloys and advanced fabrication methods is driving innovation in alloy development and joining techniques for performance-critical applications.
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