‘This is going to be what makes the Earth secure.’ How one California company plans to protect us from dangerous asteroids – Image for illustrative purposes only (Image credits: Unsplash)
In the bustling aerospace hub of Long Beach, California, Exploration Labs has emerged as a key player in humanity’s efforts to monitor cosmic threats. The startup announced plans for the Apophis EX mission, a pioneering commercial venture set to intercept asteroid Apophis ahead of its 2029 Earth flyby.[1][2] This initiative marks the first deep-space rideshare operation, opening access to government agencies, universities, and private firms alike. Stakeholders from NASA to student teams stand to benefit from the data gathered during this high-stakes rendezvous.
Asteroid Apophis: A Close Call That Demands Attention
Discovered in 2004, asteroid 99942 Apophis measures roughly 450 meters wide by 170 meters tall, classifying it as a potentially hazardous object due to its size and orbit.[3] On April 13, 2029, it will pass within 32,000 kilometers of Earth’s surface – closer than geostationary satellites – offering a rare opportunity for observation but also underscoring the need for robust defense strategies. NASA assessments confirm no impact risk for at least the next century, yet the event serves as a critical test case for tracking and mitigation techniques.[4]
Scientists value Apophis for insights into near-Earth object behavior, particularly how Earth’s gravity might alter its path during the flyby. This close approach will reshape the asteroid’s surface and spin, providing data on seismic activity and material ejection that could inform future deflection efforts. Multiple space agencies have taken note, with NASA’s OSIRIS-APEX mission planning a post-flyby rendezvous and ESA-JAXA discussing the Ramses probe.
Exploration Labs Steps Up with Innovative Mission Design
Founded in 2023 by CEO Matthew Schmidgall and systems engineer Miguel Pascual, ExLabs operates from a 9,000-square-meter facility in Long Beach equipped for advanced manufacturing and robotics prototyping.[1] The company specializes in modular spacecraft like the Space Exploration and Resource Vehicle (SERV), capable of handling up to 30 metric tons of payload, and the Arachne platform for autonomous object capture. Apophis EX builds on a $1.7 million SpaceWERX contract awarded in 2023 for capture technologies, validating systems for asteroid redirection.
Schmidgall emphasized the collaborative model in a statement to SpaceNews: “We’re creating a unique partnership to enable a new style of lower-cost missions in collaboration with government and commercial partners.”[1] By offering rideshare slots, ExLabs slashes the billion-dollar, decade-long timelines typical of flagship missions, fostering competition and innovation in deep space.
Technical Roadmap and Payload Ecosystem
The Apophis EX spacecraft will launch no later than March or April 2028, arriving months ahead of the asteroid’s Earth encounter to observe pre-flyby conditions.[2] It will loiter in Apophis’ orbit, capturing data on dynamics before, during, and after the gravitational slingshot. Key objectives include refining impact probability models, prospecting for resources like water and metals, and testing deflection concepts such as kinetic impactors or gravity tractors. The SERV platform’s modularity allows reconfiguration for diverse payloads, from instruments to deployable landers.
Confirmed partners highlight the mission’s broad appeal. NASA’s Jet Propulsion Laboratory and France’s CNES contribute the DROID radar for subsurface imaging. ChibaTech provides student-built CubeLanders for surface operations, while Fleet Space Technologies surveys mineral resources and Spirit Bird deploys the Unity Lander.[5] Autonomous software from SpacePilot will handle navigation, ensuring reliable operations far from Earth. These elements create a multifaceted payload manifest:
- DROID radar (JPL/CNES): Internal structure mapping.
- ChibaTech CubeLanders: Student-led landings and experiments.
- Fleet Space instruments: Resource detection.
- Unity Lander (Spirit Bird): Surface sampling campaign.
- SpacePilot AI: Real-time piloting and anomaly response.
This diverse lineup not only advances science but demonstrates commercial viability, with ExLabs positioning itself as a prime contractor for future deep-space ops.
Shifting the Paradigm in Planetary Defense
ExLabs’ venture arrives amid growing recognition that planetary defense requires industrial-scale capacity. Edward Lu, former astronaut and head of the Asteroid Institute, captured the stakes: “This is going to be what makes the Earth secure, the industrial capacity to call up a launch, tomorrow or the next week.”[3] Traditional NASA budgets, under one percent of the agency’s total, limit mission frequency; commercial models promise higher flight rates for testing and refinement.
Practical consequences extend to stakeholders: Governments gain affordable data streams, universities access real missions, and commercial entities scout resources for cislunar economies. Timelines accelerate as rideshares bypass bespoke development, potentially enabling responses to emerging threats within years rather than decades.
As Apophis approaches, ExLabs’ Apophis EX stands as a testament to private innovation filling critical gaps in public efforts. Success here could normalize deep-space rideshares, ensuring Earth maintains vigilance against the void. The 2029 flyby, once a distant worry, now promises actionable progress toward a more secure cosmic neighborhood.