WASHINGTON - Rocket Lab has announced the largest launch contract in its history, because who doesn't love a good record-breaking space deal? The company revealed the news on May 7, alongside its plans to snap up a space robotics firm.

As part of its first-quarter earnings announcement, Rocket Lab said it signed a contract with a confidential customer for five launches of its Neutron medium-lift rocket and Electron launches. The launches are scheduled from 2026 to 2029. The company, ever the tease, didn't disclose the contract's terms, only noting that the pricing "aligns with Rocket Lab's average selling price" for the vehicles. So, you know, it's a good deal - probably.

During an earnings call, CEO Peter Beck revealed the contract value surpasses the company's previous record: a $190 million deal for 20 launches of Electron's suborbital variant, HASTE, announced in March. “It speaks volumes to the strong and growing demand for all of our launch capabilities, and this booking means Neutron’s manifest is filling up fast right through the end of the decade,” he said, presumably with a satisfied smirk.

Rocket Lab was initially hesitant to sell Neutron launches before the rocket's first flight, arguing such contracts often involve heavy discounts until a vehicle proves itself. But by late 2024, the company changed its tune, citing strong demand that allowed it to make deals without slashing prices. And this latest contract is no exception. “I hope that by now you know that my stance is not discounting flights just to fill up a manifest, so I can confirm that pricing for these Neutron and Electron launches is very much in family with their commercial rates,” Beck said. Translation: We're not desperate, and we're definitely not giving you a deal.

Beck also confirmed the company is sticking to its schedule for the first Neutron launch in the fourth quarter of this year, despite a tank rupture during testing in January that forced design changes. “The team has made tremendous strides on the stage one tank design refinements and have improved both the tank strength margins and manufacturability, and give us confidence in the structural performance,” he said. But he acknowledged it's an "aggressive schedule" and declined to specify whether the launch would happen early or late in the quarter, adding, “I don’t think we have enough visibility to nail it down to a couple of weeks in a quarter at this point in time.”

Rocket Lab also announced on May 7 that it signed an agreement to acquire Motiv Space Systems, a California-based company specializing in space robotics and mechanisms, for an undisclosed sum. Motiv will be rebranded as Rocket Lab Robotics once the deal closes, expected this quarter. Beck noted that Motiv, known for developing systems like the robotic arm for the Perseverance Mars rover, also gives Rocket Lab the ability to produce components like solar array drive assemblies and antenna gimbals in-house - part of the company's vertical integration efforts. The Motiv deal, he said, "closes one of the few subsystems we currently buy externally" in the form of solar array drives. "It does a number of things for us."

Another example of this integration is the company's first electric propulsion system, Gauss, announced in April. Rocket Lab developed Gauss to meet its own satellite production needs, but it's seeing demand from other customers too. “We’ve been inundated with inquiries from programs in need of hundreds of units each, and we’re ready to break the bottleneck on electric propulsion,” Beck said. “Rocket Lab is recognized as a world leader in propulsion, so an organic electric propulsion solution is a natural progression for us.”

The Motiv acquisition could also boost Rocket Lab's proposals for Mars missions. The company has been lobbying for a Mars communications orbiter mission NASA plans to request proposals for soon and has advocated for commercial approaches to Mars sample return. “This acquisition positions us to play a critical role in future lunar and planetary exploration missions, such as future commercial Mars sample return missions,” Beck said.

However, he played down potential roles in NASA's revised Artemis lunar exploration efforts, which focus on a lunar base and a higher cadence of lander missions. “For the lunar stuff, I think we prefer to be the picks and shovels behind those missions, rather than headline those missions,” he said. Citing the planned cancellation of the lunar Gateway, he noted past lunar programs have been "wobbly" with direction changes. “I just don’t want to get whipsawed and have those big contracts in the mix getting whipsawed backwards and forwards,” he said. “We much prefer to play a quieter role.”