We design, engineer, and manufacture lightweight, stronger, and cheaper structural parts

Dynamic Blue Composites Ltd. (“DB Composites”) is a world leader in lightweighting, new materials technologies and cost- effective manufacturing.

DB Composites brings superior expertise in the modelling and simulation of composites, including high strain rates (dynamic simulations), engineering problem solving, and multi-composite manufacturing for mass production.

Our team has vast experience in optimizing solutions in a short time to market. With presence in the US, UK and Israel, DB Composites is now bringing the know-how and experience from the defense market to the commercial, automotive, EV, and future mobility markets.

Dynamic Blue Composites Ltd. (“DB Composites”) is a world leader in lightweighting, new materials technologies and cost- effective manufacturing.

SAVING WEIGHT SAVES EVERYTHING

LONGER RANGE

LIGHTER VEHICLE

LESS COST

MORE PASSENGERS

MORE CARGO

SAFER VEHICLES

OUR CAPABILITIES

DESIGN, ENGINEERING, MANUFACTURING

Our focus on providing cost-effective solutions starts with advanced design to concentrate materials where they are most effective in parts that can be manufactured with lower cost processes in mass production.

Design for manufacture

Optimizing for production with proven high volume processes that make components that can be assembled on existing lines

Dynamic simulation of composites and multi-material bodies (advanced FEA)

Our vast database of material properties, calibrated through decades of testing, together with our experience simulating the behavior of composite structures in dynamic situations, gives us the expertise to optimize designs through advanced FEA

Predictive crash analysis

Predictive simulation with a high level of confidence enables multiple design iterations in short time and reduces the cost of physical testing

Safer, Stronger, Lighter

Unique material combinations in optimized composite structures combine lightness, energy-absorption, structural integrity, and all with a focus on minimal cost per kilo saved in volume production, enabling significant weight reduction from a vehicle’s structure