Most pandemic hobbyists were content nursing sourdough starters in their kitchens, but one former child star spent her lockdown scavenging hardware stores to build a gateway to the stars. Bridgit Mendler has traded her Disney Channel scripts for blueprints of satellite ground stations, and Wall Street is buying into the plot twist. Her startup, Northwood Space, has just secured $30 million in fresh capital to solve one of the space industry’s most unglamorous bottlenecks. The funding round was led by heavyweights Alpine Space Ventures and Andreessen Horowitz, signaling serious institutional confidence in a company that aims to mass-produce the massive antennas needed to download data from orbit.
• Bridgit Mendler’s startup raised $30 million.
• The company builds satellite ground stations.
• Investors include Alpine Space Ventures and a16z.
The bottleneck in modern space exploration is not getting rockets up but getting data down. Northwood Space addresses this by manufacturing large-scale phased array antennas designed to act as the terrestrial ears for a booming satellite market. By vertically integrating their production line, the company claims it can field technology five times faster than competitors while slashing costs by a factor of ten. Recent demonstrations with partners like Planet Labs have reportedly validated these efficiency metrics, proving that their hardware can handle the intense data throughput required by next-generation constellations without the traditional price tag.
• The startup manufactures phased array antennas.
• Tests show a 10x cost reduction over rivals.
• The tech solves data download bottlenecks.
Production will soon shift from prototypes to mass manufacturing at a new 35,000-square-foot facility in Torrance, California. This strategic choice to build domestically allows the company to side-step the supply chain vulnerabilities and tariff risks that currently plague the global electronics market. While California presents significant challenges regarding land and labor costs, the startup is betting that keeping fabrication close to its engineering team will speed up deployment. The facility is scheduled to come online later this year, serving as the central hub for a manufacturing process that prioritizes speed and flexibility over outsourcing.
• A new factory will open in Torrance, California.
• Domestic production avoids tariff and supply risks.
• Mass manufacturing begins later this year.
Financial pressure is inherent in the hard tech sector where capital often evaporates before products reach the field. Northwood mitigates this burn rate by maintaining “intentional optionality” in its supply chain, allowing it to pivot between suppliers if specific parts become scarce. Although the primary focus remains on domestic partners to secure the assembly line, the long-term vision includes deploying these ground stations across friendly nations globally. This hybrid approach aims to balance the security of American manufacturing with the necessity of an international footprint required for continuous satellite coverage.
• The supply chain prioritizes domestic flexibility.
• The strategy balances costs with rapid deployment.
• Global expansion plans target friendly nations.
The leadership team brings a surprising mix of pedigree to the aerospace sector, blending high-level academic credentials with defense industry experience. Mendler holds advanced degrees from MIT and Harvard Law, while her husband and CTO Griffin Cleverly contributes technical expertise from tenures at Lockheed Martin and MIT. Their roadmap is aggressive, targeting a global network with sites capable of 100 gbps backhaul speeds covering six continents by the end of 2026. What began as a DIY experiment during a global shutdown has evolved into a serious bid to build a ten-lane highway for the world’s exploding demand for space data.
• Mendler holds degrees from MIT and Harvard.
• CTO Cleverly previously worked at Lockheed Martin.
• The goal is a six-continent network by 2026.
Via: Data Center Dynamics





















