Brooklyn startup wins NASA contract to develop wireless communication technology for use on the Moon
The Brooklyn startup Yank Technologies has won a $150K NASA contract to develop wireless communication technology for use on the Moon.
Yank Technologies plans to develop two systems for the lunar surface: Wireless Power Receiver Converters for lunar rovers and Resonant Inductive Connectors for high voltage power transmission on the Moon and Mars.
The Wireless Power Receiver Converters are designed to improve rover efficiency and reduce mass by integrating multiple converters into a single-stage converter that supports various voltages. These converters also enhance charging reliability by accommodating misalignment and varying distances.
Resonant Inductive Connectors are designed to maintain reliable connections with high-voltage lines despite the presence of lunar regolith or Martian dust. Unlike traditional connectors, which are prone to wear and unreliable connections, these connectors are built to withstand harsh environments.
The award was likely made in late June as part of an small business award of similar development contracts to about 250 companies. Though wireless techology is well established, in this case the goal is to lower the weight of this equipment while making it space-hardened. While such work is routinely required, this contract highlights the detail work necessary for making operations on an alien planet practical.
The Brooklyn startup Yank Technologies has won a $150K NASA contract to develop wireless communication technology for use on the Moon.
Yank Technologies plans to develop two systems for the lunar surface: Wireless Power Receiver Converters for lunar rovers and Resonant Inductive Connectors for high voltage power transmission on the Moon and Mars.
The Wireless Power Receiver Converters are designed to improve rover efficiency and reduce mass by integrating multiple converters into a single-stage converter that supports various voltages. These converters also enhance charging reliability by accommodating misalignment and varying distances.
Resonant Inductive Connectors are designed to maintain reliable connections with high-voltage lines despite the presence of lunar regolith or Martian dust. Unlike traditional connectors, which are prone to wear and unreliable connections, these connectors are built to withstand harsh environments.
The award was likely made in late June as part of an small business award of similar development contracts to about 250 companies. Though wireless techology is well established, in this case the goal is to lower the weight of this equipment while making it space-hardened. While such work is routinely required, this contract highlights the detail work necessary for making operations on an alien planet practical.