The purpose of this paper is to describe the development of a deployable helical UHF antenna which is able to stow in a 4-in x 4-in x 2-in package and deploy to 54 tall x 14 -in diameter which has been designed, prototyped, and tested. The novel structure is composed of S-2 Fiberglass/PEEK thermoplastic composite strips assembled in a precise configuration and collapsed such that the stowed package integrates within a 0.5U CubeSat. Deployment is achieved on orbit using only stored strain energy. Deployment testing at 1g and RF testing has been completed and results will be presented
An ultra-compact deployable helical antenna is presented, designed to enhance space-based reception ...
Deployable Helical and Quadrifilar Helical Antennas put a larger footprint on earth than typical mon...
Increasingly capable CubeSat missions require antenna with improved Radio Frequency performance over...
This paper explores the behavior of a self-deploying helical pantograph antenna for CubeSats. The h...
Space data services provide the largest market value to the global space industry. With the increasi...
Communications present a major bottleneck for small-satellite functionality given their ext...
Space data services provide the largest market value to the global space industry. With the increasi...
An ultra-compact deployable helical antenna is presented, designed to enhance space-based reception ...
A deployment strategy for a 4 m long, ultra-light, high-gain, helical Antenna made from fiber-compos...
This paper explores concepts for a wideband deployable antenna suitable for small satellites. The ge...
This paper explores concepts for a wideband deployable antenna suitable for small satellites. The ge...
Communications present a major bottleneck for small-satellite functionality given their ex...
An ultra-compact deployable helical antenna is presented, designed to enhance space-based reception...
Communications present a major bottleneck for small-satellite functionality given their ext...
The design process and the deployment mechanism of a quadrifilar helix antenna (QHA) and a conical l...
An ultra-compact deployable helical antenna is presented, designed to enhance space-based reception ...
Deployable Helical and Quadrifilar Helical Antennas put a larger footprint on earth than typical mon...
Increasingly capable CubeSat missions require antenna with improved Radio Frequency performance over...
This paper explores the behavior of a self-deploying helical pantograph antenna for CubeSats. The h...
Space data services provide the largest market value to the global space industry. With the increasi...
Communications present a major bottleneck for small-satellite functionality given their ext...
Space data services provide the largest market value to the global space industry. With the increasi...
An ultra-compact deployable helical antenna is presented, designed to enhance space-based reception ...
A deployment strategy for a 4 m long, ultra-light, high-gain, helical Antenna made from fiber-compos...
This paper explores concepts for a wideband deployable antenna suitable for small satellites. The ge...
This paper explores concepts for a wideband deployable antenna suitable for small satellites. The ge...
Communications present a major bottleneck for small-satellite functionality given their ex...
An ultra-compact deployable helical antenna is presented, designed to enhance space-based reception...
Communications present a major bottleneck for small-satellite functionality given their ext...
The design process and the deployment mechanism of a quadrifilar helix antenna (QHA) and a conical l...
An ultra-compact deployable helical antenna is presented, designed to enhance space-based reception ...
Deployable Helical and Quadrifilar Helical Antennas put a larger footprint on earth than typical mon...
Increasingly capable CubeSat missions require antenna with improved Radio Frequency performance over...