Relativity printed rockets. Now it’s hiring a night crew to weld them.

A Night Crew for Terran R

Relativity Space is now staffing a second shift on its Long Beach rocket production floor.

Job listings show the new crew. In January 2026, the company posted a Supervisor, Mechanisms Technician, Second Shift role at its Long Beach headquarters, offering $127,000 to $162,800 a year plus equity (Relativity Space via Built In). A separate Mechanisms Technician II, Second Shift post advertised $57,000 to $85,000 (Hardware FYI).

The supervisor post says the manufacturing team develops processes, plans fabrication, and runs production equipment for Terran R, the company’s reusable rocket (relativityspace.com). That ties the jobs to flight hardware, not a one-off demonstrator. The role demands three years managing large teams and supporting complex electro-mechanical assemblies and test runs. The supervisor will lead 15 to 25 technicians and shift leads, set schedules, enforce attendance and quality, and fix root causes as second-line support.

The technician band sits on the same shift, doing mid-level build work on Terran R. Pay starts at $57,000 and tops at $85,000. Together the posts sketch a repeat-build line: a fixed crew, a set supervisor span, clear handoffs — not ad-hoc prototype tinkering.

Relativity’s own words make the production goal plain. “Our Terran R vehicle will deliver customer payloads to orbit, meeting the growing demand for launch capacity,” the listing reads. It also says “now is a unique moment in time where it’s early enough to leave your mark on the product, the process, and the culture, but far enough along that Terran R is tangible and picking up momentum.” Tangible and moving beats a print-test toy.

The plant backs that claim. A Relativity Space video showed a factory past one million square feet up from a 10,000-square-foot startup bay. The Built In listing counts 2,200 employees and tags the firm aerospace, hardware, robotics, software, manufacturing. Adding a night shift to a 2,200-person site, with one supervisor covering up to 25 reports, stretches output without new walls.

Office-first rules pin the work to the floor. The post states “we are an office-first company. We believe our best work happens in person—where collaboration is faster, problem-solving is sharper, and ideas flow more freely.” Second-shift staff must report to Long Beach, not log in remotely.

The supervisor pay tops at $162,800, a clear premium over the $57,000 technician floor for shift leadership.

What the posts skip speaks as loud as what they show. No mention of Terran 1 appears; every mechanism task maps to Terran R. The roles need test experience, linking to Relativity’s old structural test stand. The stand sat idle for nearly a decade before Relativity reactivated it for Terran R stage testing. That same stand once certified Saturn V second stages.

The second shift keeps the line moving. Relativity finished the thrust structure build in August per its own update, and first-stage tank welding is underway. A supervisor owning 15 to 25 reports on off-peak hours means the line runs while day-shift engineers hand off designs. The mechanisms crew must turn out repeatable interfaces at scale.

Relativity’s hiring proves Terran R left the garage. The job posts are the receipt.

From 3D-Printing Novelty to Concrete Factory Scale

Relativity Space started in 2015 with a pitch that sounded like science fiction: print an entire rocket from scratch with no human labor. Founders Tim Ellis and Jordan Noone built that thesis into Terran 1, a 34-meter vehicle that flew once in March 2023. It survived Max-Q, then reached space before its second stage failed to ignite, as Aerospace Today documented. On 12 April 2023, Ellis said Terran 1 would not advance further. The company shifted all focus to Terran R.

That retirement didn’t fault the printer. It answered the market. Terran 1’s 1-ton payload served small-launch users who were leaving for big telecom constellations. “We really just listened to customers,” Ellis said of the switch. “Terran R is really the only rocket that solves their core problem.” The small-launch market held thin margins and limited revenue, and Relativity’s own empty coffers were the central risk. Printing straight barrel sections of a bigger rocket added no engineering value and slowed output. “We started to grow up a bit,” Ellis said, admitting the team needed to be “a little less pathological” about forcing additive manufacturing where it didn’t fit.

The overhaul hardened in March 2025 when former Google CEO Eric Schmidt took a controlling stake and became CEO, with Ellis moving to the board. Under Schmidt, Relativity Space dropped the plan to 3D-print Terran R’s primary structure. The company adopted a hybrid line: workers build primary stages, panels, barrels, thrust structures, and fairings with friction stir welding of high-strength aluminum alloys such as 2195, 2196, 7140, and 7050, plus in-house machining. The complex Aeon R engines still use advanced additive methods. The first stage uses Aeon R engines.

Production proof landed by October 2025. Relativity welded and painted all eight first-stage structural barrels and finished the second stage’s tank section. The company targets 30-day cycles for first stages. The flight plan iterates: Block 1 will reach orbit and attempt recoveries; Block 2 will feed experience toward Block 3’s goal of up to 100 launches a year — roughly one every three or four days. Relativity plans first launch late 2026 from Launch Complex 16 at Cape Canaveral Space Force Station, per Relativity Space's program page.

The pivot from printing to welding changed the vehicle’s DNA.

The backlog backs the scale-up. Relativity holds orders above $3 billion — about eleven times its Stennis plant cost — across commercial and government customers, including a OneWeb multi-launch agreement signed June 2022 worth more than $1.2 billion for 20-plus flights starting 2025. The thesis stays simple: build rockets faster and cheaper than rivals who need months, then charge lower long-term prices. The second-shift supervisor and technician posts detailed earlier are the labor face of that thesis. They exist because the welding line and engine bay now run on a clock prototype mode never kept.

Relativity’s Stennis expansion broke ground in October 2022 with a $267 million build-out aimed at 630 jobs, but the Long Beach night shift was where Terran R’s serial production was proven. When the first vehicle leaves for LC-16, it will carry barrels rolled by welders, not printed by robots alone.

Where Will the Night Crew Come From?

Boeing’s first-party board data shows 156 open roles this week, with 34 posted in the last seven days and a concentration in El Segundo — roughly 20 miles up the coast from Relativity’s Long Beach plant. That overlap signals Relativity’s Terran R night hire isn’t happening in a vacuum. It pulls from the same Southern California aerospace technician pool that Boeing cultivated for decades and that ULA keeps sharp through crewed launch campaigns.

The June 5, 2024 ULA Atlas V flight carrying Boeing’s CST-100 Starliner from Cape Canaveral (ulalaunch.com) proved the two legacy firms still run integrated launch crews. Those technicians know vehicle integration, cryogenic systems, and flight hardware closeout — exactly the skills Relativity lists for its Supervisor, Mechanisms Technician, Second Shift post in Long Beach (jobs.generalcatalyst.com, linkedin.com). The research doesn’t count transfers, but the geographic and skill match is direct.

Long Beach branded itself “Space Beach” (builtinla.com), a commercial space hub where Relativity Space and SpaceX build rockets near the coast. Third-party counts show Relativity listed 207 jobs in Los Angeles on Indeed.com and 129 aerospace-specific roles including Shop Technician and Receiver. Those scraped numbers align with the company’s stated scale-up: Relativity’s career page describes Terran R as “engineered for scale, speed, and impact” (relativityspace.com/careers).

Boeing’s own postings reveal the depth of the local rival pool. The board’s latest Boeing roles include Leader of Manufacturing - Millennium Space Systems in El Segundo at $181,900–$267,500 and Spacecraft Systems Engineer (Senior) with shifts to El Segundo at $146,000–$260,000. While titled for engineers and managers, these sit inside the same production buildings where assembly technicians work. Boeing’s full band on the board runs $47k–$288k with a median of $158k across those 156 roles. That median sits above Relativity’s earlier advertised supervisor floor, suggesting Boeing can outpay at the top, but Relativity’s shift work opens a different entry lane for technicians who want flight hardware without relocating.

Rocket Lab adds further pressure. Its first-party board count is 183 roles, median $156k, with 19 added in the past seven days, and includes a Senior Combustion Devices Engineer II / Principal in Long Beach at $144,000–$270,000 and a Business Development Director in Long Beach at $180,000–$250,000. Rocket Lab’s Colorado software office and Long Beach hardware stakes mean the city now hosts three launch firms hiring in parallel.

"Our approach streamlines production, reduces cost, and rapidly scales as market demand grows." — Relativity Space careers page

The competition for hands on the floor is no longer theoretical.

The table shows the competitive set is real, not hypothetical. ULA’s absence from job-board counts doesn’t mean its technicians are unreachable; the firm’s June 2024 crewed launch with Boeing shows it keeps a trained cadre, and aerospace workers move between coastal programs. Skills from closing out an Atlas V payload fairing transfer directly to a Terran R interstage.

What this means for the regional market: supply is finite. Southern California already lost legacy aircraft lines, but “Space Beach” rebuilt demand. With Relativity Space adding second shifts, Boeing backfilling El Segundo, and Rocket Lab expanding Long Beach, the technician squeeze will push wages for skilled assemblers upward even if supervisor bands look modest. The first-party board median for Boeing ($158k) and Rocket Lab ($156k) both exceed Relativity’s advertised supervisor floor, so the new hires are likely junior-to-mid mechanism techs stepping up from Boeing’s lower-band roles or ULA’s Florida ops seeking California work.

Relativity’s career copy says “we prototype early, test often, and iterate fast” (relativityspace.com/careers). That cadence needs bodies on the floor at 3 p.m. The mature rivals trained those bodies. The second shift is the moment the training bill comes due.

Rocket Lab Hires as Space Force Opens the Lane

Relativity Space isn’t scaling Terran R alone. Down the road in Long Beach, Rocket Lab is filling its own rocket-building benches as it pushes the Neutron launch vehicle from drawing board to flight hardware. Rocket Lab’s careers page says the teams behind Neutron are part of a new generation of aerospace engineers and technicians that are disrupting the industry (rocketlabcorp.com/careers/).

Who Is Rocket Lab Hiring?

The new postings land in the same metro where Relativity posted its second-shift mechanisms roles. Rocket Lab listed jobs in Littleton, Chantilly, and Long Beach across software, engineering, and business development. The hires show a competitor refusing to cede the reusable medium-lift market to a company that retired its first rocket and bet everything on a larger one.

Selected recent Rocket Lab postings from Zero G Talent’s live board:

Rocket Lab’s hiring spreads across engineering, software, and business development rather than the floor-level technician posts Relativity advertises, but the company’s own description of Neutron teams names technicians alongside engineers. The overlap in Long Beach puts two rocket programs within a few miles, both hunting skilled aerospace labor at the same moment.

Relativity’s earlier second-shift supervisor post carried a pay band detailed in the opening section. Set against Rocket Lab’s Long Beach engineering roles shown in the regional table, the pay scales show how the two companies price talent in the same zip code: Rocket Lab’s peaks run higher, but Relativity’s shift work offers a floor-level entry to flight hardware.

The NSSL Lane Expansion

While Rocket Lab builds, the U.S. Space Force removed any doubt that Relativity’s pivot counts as real production. Space Systems Command announced that Relativity Federal, a subsidiary of Relativity Space, and Impulse Space joined the National Security Space Launch (NSSL) Phase 3 Lane 1 contract vehicle. The command awarded each entrant a $5 million firm fixed price task order for risk and capability assessments, lifting the total number of qualified launch providers to seven (Space Systems Command).

NSSL Lane 1 covers less critical, less complex national security payloads, but the inclusion signals the military now treats Terran R as a credible vehicle. Relativity’s careers site calls Terran R “our medium-to-heavy lift reusable launch vehicle, designed to power the next era of space access.” The $5 million orders fund assessments, not flights, yet they put Relativity in the same procurement lane as established operators.

Rocket Lab’s counter-hiring gains context from that validation. With seven providers now eligible for Lane 1 task orders, the tier once dominated by legacy contractors now shares space with newcomers. Rocket Lab is staffing to keep pace with Neutron while the Space Force expands its vendor pool. The company’s recent additions show a technical bench widening just as the government’s launch roster does the same.

A Long Beach propulsion technician can now walk from a Relativity mechanisms interview to a Rocket Lab combustion devices lab within the same afternoon. The second shift Relativity opened is now one of two rocket lines pulling on the same regional workforce, with a Space Force contract behind one of them.

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