Eclipse Composites has the experience and engineering toolbox to provide you with a unique solution for your SATCOM antenna needs.
Eclipse Prototypes are functional first-article deliverables used to evaluate portability, reliability, and performance of your SATCOM antenna system.
Check out the results of our reflector challenge from Milcom 2015 in Tampa, FL. The winner received a pair of super binoculars for the fastest time. It was amazing to see after just 3 days how quickly our contestants improved their times. Watch the video to see just how easy it is assemble one of our reflectors!
Eclipse Composites went to the 2015 Satellite Show and took one of our reflectors to show how easy it is to assemble. We gave away a GoPro to the person who could assemble it the fastest. The participants let us record them to show just how easy and quick it is to assemble the reflector. Check it out!
Your product’s life begins with creative brainstorming coupled with a detailed evaluation of requirements and desired attributes. This may include dimensional, environmental, cosmetic, cost and branding objectives. Eclipse will work with your engineering and product development team to produce a reflector within your specifications. Communication and concurrent engineering is key - from initial concept generation to Critical Design Review, where you have final design approval. Together, we can leverage the proven technologies developed at Eclipse Composites with your unique application. In addition to composite reflectors, Eclipse Specializes in Electro-magnetic (EM) Composite applications. Eclipse has provided solutions for EM Enclosures and cases, conductive adhesives and various shielding applications.
Eclipse utilizes proprietary composite nano-materials within the composite laminate to enhance the RF reflective properties – particularly at frequencies >20GHz. Secondarily applied conductive paints or metallized coatings are not necessary when using Eclipse’s proprietary laminate recipes. The increased stiffness of Carbon Fiber materials has enabled weight reduction up to 70% and facilitated greater precision on the parabolic surface when compared to aluminum. Carbon Fiber materials have a much lower Co-efficient of Thermal Expansion (CTE) which reduces parabolic surface distortion due to thermal gradients across the reflector surface.EMAIL US! firstname.lastname@example.org
Eclipse invests heavily in research and development. WE strive to remain innovative across all platforms, including:
-> Conductive Nano-materials
-> Composite Materials and Processing methods
-> High Performance Resin systems
-> Product design forms for harsh environments
-> Weight reduction and portability
-> Non-contact Inspection methods and equipment
-> Tooling concepts
Eclipse has teamed with the Air Force Research Laboratory (AFRL) on numerous R&D projects and currently has a Cooperative Research and Development Agreement (CRADA) in place. Eclipse has been the recipient of multiple DoD sponsored contracts for R&D in SATCOM Antennas, Electro-magnetic Materials, Rapid Innovation and Improving Manufacturing Methods & Technologies.