In UAV body components, every gram affects flight time and payload capacity. But low weight alone is not enough. Stiffness, interface points, vibration behavior, maintenance access, manufacturing repeatability, and assembly tolerances must be evaluated together.
Composite ManufacturingTulkas supports UAV programs with body covers, load-carrying panels, internal structural supports, motor and propeller interface parts, and special composite subcomponents.
Design & Engineering
Body covers and access panels Composite parts around wing-body interfaces Support parts around motor and propeller zones
In UAV body components, every gram affects flight time and payload capacity. But low weight alone is not enough. Stiffness, interface points, vibration behavior, maintenance access, manufacturing repeatability, and assembly tolerances must be evaluated together.
Depending on scope, we can support part-level design, adaptation to an existing body, or production based on the customer’s main platform design.
No. Carbon fiber, fiberglass, or hybrid composites can be evaluated depending on weight, strength, cost, and production targets.
No. Zones close to high heat sources, or frequently revised early-stage prototype parts, can be better served by aluminum or 3D printing. This is assessed part by part.
Engineered composite solutions for systems that fly, move and perform.
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