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Voyager Technologies

Vertical-integrated space and defense company

Hazardous Materials Packaging Specialist

Full-TimeUpdated on 10/23/2026
$80k - $115k
Mid
Bachelor's
Pueblo, CO, USA
In PersonWork spans office, manufacturing, and warehouse environments; travel up to 15% may be required.
Mechanical EngineeringDesign Engineering
No H1B Sponsorship
US Citizenship Required

About the job

Requirements
  • Must be at least 21 years old.
  • Must pass a pre-employment drug screening and state and federal background checks.
  • Must be eligible to obtain and maintain state and federal explosives licenses.
  • Must have at least 3 years of experience designing and developing industrial packaging, including responsibility for packaging that physically protects products during shipment and storage.
  • Must have hands-on experience selecting and sizing cushioning materials and familiarity with cushion curve data, fragility assessments, and drop height analysis applied to packaging design.
  • Must have working knowledge of MIL-STD-2073-1, UN dangerous goods packaging requirements, and DOT 49 CFR hazardous materials regulations, and a current DOT Hazmat Employee training certificate under 49 CFR 172.704 or the ability to obtain one within 90 days of hire.
  • Must be able to produce packaging design documentation, including drawings, work instructions, bills of materials, and test reports, and be proficient with standard engineering tools and document control practices.
  • Must be comfortable working on the manufacturing floor, in restricted storage areas, and at a desk.
  • Must be familiar with ITAR/EAR export control requirements as applied to defense articles.
  • Must be able to obtain and maintain a DoD Secret clearance.
  • Must be a U.S. citizen, lawful permanent resident, protected individual under 8 U.S.C. 1324b(a)(3), or eligible to obtain required U.S. Department of State or Department of Commerce authorizations.
  • Must be eligible for access to licensed explosives facilities under applicable federal law.
  • Must be able to regularly stand, walk, and move through manufacturing and warehouse areas; may need to lift up to 50 pounds and use PPE appropriate to the work location.
Responsibilities
  • Design packaging systems for energetic articles, propellants, and small solid rocket motors, including primary containment, interior cushioning and blocking, closure systems, and outer shipping containers, to protect product integrity throughout distribution and storage.
  • Select packaging materials, including fiberboard, wood, steel, aluminum, foam, and composite constructions, based on product fragility, weight, dimensions, chemical compatibility, electrostatic properties, and expected transit and storage conditions.
  • Use cushion curve data, fragility assessments, and drop height analysis to size and configure cushioning materials that absorb shock and vibration without transmitting damaging forces, and document the design rationale for each configuration.
  • Engage propulsion and mechanical engineers early in product development to understand product geometry, mass properties, and fragility, then translate those inputs into feasible, repeatable, cost-effective packaging requirements.
  • Produce packaging design packages with engineering drawings, material specifications, bills of materials, assembly work instructions, and Packaging Data Sheets for consistent manufacturing and shipping replication of approved configurations.
  • Define preservation methods for each packaged item, including desiccants, moisture barrier bags, vapor corrosion inhibitors, inert gas purging, and hermetic sealing, based on degradation risks, storage duration, and deployment environment.
  • Coordinate with energetics chemists and materials engineers to assess packaging-material compatibility with propellant or explosive formulations, identifying outgassing, chemical migration, or material interactions that could degrade performance or reduce safety margins.
  • Investigate field returns, in-transit damage reports, and customer complaints related to packaging; perform root cause analysis, implement corrective actions, and redesign packaging to prevent recurrence.
  • Plan and execute qualification testing for new or revised packaging designs as required, including UN performance tests for drop, stacking, vibration, and leakproofness under the UN Manual of Tests and Criteria, ASTM D4169, MIL-STD-2073-1, and MIL-STD-810.
  • Evaluate packaging materials for electrostatic discharge risk in electro-explosive device applications as needed, in accordance with the site ESD control program; separately verify compliance with applicable HERO requirements under MIL-STD-464 and ensure packaging materials or assembly processes do not introduce inadvertent initiation risk.
  • Analyze test results, identify failure modes, and drive iterative design improvements until packaging systems meet or exceed acceptance criteria before production release.
  • Coordinate packaging design timelines with the Materials & Production Planning Manager and production schedules to ensure qualified configurations and materials are available for shipment without creating schedule bottlenecks.
  • Train production and shipping personnel on approved packaging assembly procedures, work instructions, and inspection criteria; use floor observations and periodic checks to verify approved configurations before shipment release.
  • Ensure packaging designs comply with applicable hazardous-material transport regulations, including DOT 49 CFR Parts 100–185, IATA Dangerous Goods Regulations, MIL-STD-2073-1, MIL-STD-129, and ATF explosives requirements, integrating compliance into the design process.
  • Define hazard labels, placards, and markings under applicable DOT, IATA, MIL-STD-2073-1, and MIL-STD-129 requirements; maintain approved documentation templates and update them when regulations change.
  • Perform work across office, manufacturing, and warehouse environments, entering Explosives Safety Quantity Distance arcs and other restricted areas to inspect, assemble, and verify packaged items while following site explosive safety rules.
  • Travel up to 15% to packaging test laboratories, supplier facilities, and military delivery locations.
Desired Qualifications
  • Bachelor’s degree in Mechanical Engineering, Packaging Engineering, Aerospace Engineering, or a related technical field, or an equivalent combination of education and hands-on packaging design experience.
  • Experience designing packaging for Class 1 explosives articles, solid rocket motors, pyrotechnic devices, or other hazardous defense materials.
  • Familiarity with MIL-STD-129 and MIL-STD-810 military packaging and environmental standards, and with ESD control program requirements for energetic and electro-explosive devices.
  • Hands-on experience with UN packaging qualification testing under the UN Manual of Tests and Criteria or ASTM D4169 distribution simulation.
  • IATA Dangerous Goods Regulations certification or Certified Packaging Professional designation from the Institute of Packaging Professionals.
  • Prior experience in a defense manufacturing, ordnance, or aerospace environment; prior military logistics or ordnance MOS/rate is a plus.

About the company

Voyager Technologies uses a vertical integration approach to unify multiple space and defense firms, offering end-to-end space and defense capabilities. It operates in three segments—Defense & National Security, Space Solutions, and Starlab Space Stations—and earns much of its revenue from U.S. government contracts for missile defense, propulsion, and signals intelligence, while handling mission planning, payload integration, launch support, and on-orbit operations. Its flagship Starlab space station, developed with Airbus for a single-launch deployment on a SpaceX Starship, plus the Bishop Airlock and lunar initiatives from Astrobotic, illustrate its integrated space infrastructure. The company aims to grow the commercial space economy and extend human activity in space by providing a continuous private space platform in low Earth orbit for government and commercial users.

Company Size

201-500

Company Stage

IPO

Headquarters

Denver, Colorado

Founded

2019

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Simplify's Take

What believers are saying

  • Voyager posted $53 million Q2 2026 revenue, up 51%, with $336 million backlog.
  • NASA awarded Voyager $298 million in July 2026 after completing the Astrobotic acquisition.
  • Golden Dome-related awards reached $84 million, boosting missile-defense demand in 2026.

What critics are saying

  • Voyager issued $402.5 million of 0% notes on September 28, 2026, increasing dilution risk.
  • Starlab generates no revenue today, leaving Voyager dependent on NASA milestone funding.
  • A CLPS delay or Starlab slip would hit Voyager's growth story before 2028.

What makes Voyager Technologies unique

  • Voyager owns Starlab, NASA-validated with Commercial Critical Design Review completed February 2026.
  • Voyager bundles defense, ISS services, and lunar systems through Astrobotic integration.
  • NASA renewed Voyager's ISS mission-services contract through 2030, extending operational relevance.

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Benefits

  • Wellness Program

Company News

Yahoo Finance
Oct 15th, 2026
Voyager's lunar lander clears testing, but shares are down 22% in a month at $25.82

Voyager Technologies (VOYG) said its Griffin Mission One lunar lander cleared acceptance testing, a key step towards a planned Moon launch in late 2026. The stock closed at $25.82, down 21.99% over 30 days and 29.84% over one year. Voyager has a market value of about $1.61 billion. It reported revenue of $174.23 million and a net loss of $136.97 million. Analysts expect revenue growth of about 47.7% a year, but forecast no profit for the next three years. Valuations differ widely. A popular investor narrative puts fair value at $385.20 a share, while the stock trades at 9x sales, against 3.8x for US aerospace and defence peers.

Robodaily
Sep 29th, 2026
Helicity Space raises $5M seed funding for fusion propulsion technology

Helicity Space has raised $5 million in seed funding to develop its fusion-powered space propulsion technology. The round was led by Airbus Ventures, TRE Ventures, Voyager Space Holdings, E2MC Space, Urania Ventures, and Gaingels. The company's Helicity Drive technology uses plectonemic plasma jets, magnetic reconnection, and peristaltic magnetic compression to create scalable fusion propulsion engines. Founders Dr Setthivoine You, Marta Calvo, and Stephane Lintner bring expertise from plasma physics, chemical engineering, and finance. The technology aims to make space travel faster, safer, and more fuel-efficient. Dr You addressed concerns about the modest funding amount, explaining their scalable approach allows starting small with fewer plasma sources before expanding. The company is focusing on space propulsion first before pursuing terrestrial energy applications.

MarketScreener
Sep 24th, 2026
Voyager Technologies prices $350M convertible notes to fund expansion and acquisitions

Voyager Technologies has priced its offering of $350 million in convertible senior notes due 2032. The notes carry a 0% interest rate and will settle on 28 September 2026. The initial conversion price is approximately $40.82 per share, representing a 30% premium over Voyager's Class A common stock price of $31.40 on 23 September 2026. Initial purchasers have an option to buy an additional $52.5 million in notes. Voyager expects net proceeds of approximately $340.4 million after fees. The company will use roughly $45.7 million to fund capped call transactions, with the remainder supporting general corporate purposes, including organic growth and strategic acquisitions. The capped call transactions have an initial cap price of $78.50 per share, a 150% premium over the current stock price. These are designed to reduce potential dilution upon conversion of the notes.

Yahoo Finance
Sep 15th, 2026
Voyager delivers quick disconnect plates for ESA's eco-friendly methane rocket

Voyager Technologies has delivered and integrated quick disconnect plates for the European Space Agency's In-Flight Demonstrator rocket. The company worked under contract to Avio, ESA's prime contractor for the PNRR-STS Programme, as part of Italy's National Recovery and Resilience Plan. Voyager designed, built and integrated a dual-interface quick disconnect system comprising a flight unit installed internally and a ground unit mounted externally. These components connect internal fuel systems to ground infrastructure and safely detach during launch operations. The IFD is a single-stage rocket equipped with a cryogenic liquid oxygen and methane engine. The project is funded by the European Union's NextGenerationEU programme and Italy's Complementary Fund. Matt Magaña, president of Space, Defense & National Security at Voyager, said the delivery demonstrates the company's ability to provide flight-ready systems efficiently.

Yahoo Finance
Aug 11th, 2026
Voyager Technologies raises 2026 guidance after record Q2 revenue of $53M and $336M backlog

Voyager Technologies reported record second-quarter 2026 results, with revenue reaching $53 million, up 51% sequentially. The company also achieved record bookings of $113 million and record backlog of $336 million. Chief executive Dylan Taylor said demand across defence modernisation, national security, and the space economy continues to accelerate. He noted that bookings consistently outpace revenue, indicating durable customer demand. Voyager recently completed the acquisition of Astrobotic, which expands its participation in the lunar economy. The company raised its full-year revenue guidance based on strong performance and growing backlog. Taylor emphasised that programmes are transitioning from development into production, providing increased visibility into the remainder of 2026 and 2027.