Orbital Traffic Control · workforce briefing · October 2026
Briefing · the people who keep orbit usable

The Orbit Operator Gap

Since 2015 the number of working satellites has grown twelve-fold. One operator alone now dodges a possible collision every minute or two. The people trained to watch the sky, decide when to move and coordinate with other operators are a small, specialised group, and the US Space Force, a major employer, reports a 25% staffing shortfall across the service. This briefing puts the published numbers side by side.

Active satellites16,988working satellites in orbit, up from 1,406 at the end of 2015McDowell · 12 Oct 2026 [1][2]
Starlink dodges207,152collision-avoidance maneuvers in six months, about one every 76 secondsSpaceX to FCC · Dec 2025–May 2026 [6]
CRASH Clock2.5 daystime to a likely collision if every satellite stopped maneuvering (164 days in 2018)Thiele et al. preprint · May 2026 [7]
Space Force staffing−25%assigned personnel versus requirements: 13,506 of about 18,000 positions filledGAO-26-107868 · FY2025 [8][9]
19th Space Defense Sqn58people (20 military, 31 civilian, 7 contractors) keeping orbits for 40,000+ objectsUS Space Force fact sheet [11]
Chart 1 · traffic

Working satellites in orbit, and where 2030 could land

Active satellites, year end2030 projection, McKinsey base and high case

2026 is the count on 12 October. Projections count active satellites in orbit at the end of 2030: 27,000 base case, over 65,000 high case [4]. Year-end counts 2015–2025 from McDowell [1]. ESA counts about 15,900 working satellites on 14 Oct 2026 [3]; counts differ by source by about 7%. Over 4,000 new satellites went up in 2025 alone [5].

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Chart 2 · workload

Collision-avoidance maneuvers by one constellation

Starlink maneuvers per six months

From SpaceX's semiannual reports to the FCC [6]. In 2024 SpaceX made its trigger ten times more cautious (1 in 100,000 to 1 in 1,000,000), and by 2026 reports a trigger near 3 in 10 million, so part of the jump after that line is policy, not traffic. Dec 2023–May 2024 is reported as "nearly 50,000".

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Chart 3 · how fast each side is growing

Workload multiplied. Workforce projections grow slowly.

Traffic and workloadWorkforce (projections)

Each bar is a growth multiple over its own period, shown on a log scale. Windows differ, so read each bar against its label. Workload bars are measured: maneuvers [6] (which also reflect SpaceX's stricter triggers), CRASH Clock and close approaches [7], satellites [1][2]. Workforce bars are official projections: all US aerospace engineers, 2025–2035 [12], and Space Force space domain awareness personnel through 2040 [10].

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Chart 4 · the next decade

Satellites versus all US aerospace engineers

Active satellites2030 base and high caseUS aerospace engineers (BLS projection)Gap

Both series indexed to 2025 = 100. The shaded gap shows growth outpacing the workforce. It is not a head-count of missing workers; no one publishes that number for this field. BLS projects 68,700 → 74,400 aerospace engineers (+8%) by 2035 [12]; satellites go from 14,300 (2025) to 27,000 to over 65,000 (2030) [1][4].

Show the data
Who is hiring · real postings checked 20 Oct 2026

The jobs this work creates

Titles to search for: Orbital Analyst, Conjunction Assessment Analyst, Space Domain Awareness Analyst, Astrodynamics Engineer, Flight Dynamics Engineer and Space Debris Engineer. US aerospace engineers earn a median $134,960 [12]; the average US private space salary was $135,000 in 2023 [13].

RoleEmployerWherePosted payListing, as seen 20 Oct
Mission Support Orbital AnalystUS Space Force, 19th SDSDahlgren, VA$46,610–$111,087■ Accepting
Junior Orbital AnalystOmitronDahlgren, VAnot listed■ 5 days ago
Conjunction Assessment AnalystOmitron (NASA support)Remote / Colorado Springs$100,000–$125,000■ 3 months ago
Senior Orbital Analyst (SDA)KBRColorado Springs, CO$140,000–$180,000■ 1 month ago
Space Domain Awareness & Space Control Analyst/EngineerThe Aerospace CorporationColorado Springs, CO$117,300–$175,900▲ 2 Jun 2026 · mirror listing
Astrodynamics EngineerDigantaraDenver, COnot listed■ 1 month ago
Flight Dynamics Engineer, Orbits R&DPlanetSan Francisco, CA$114,200–$142,700■ last 2 weeks
Sr. Flight Dynamics EngineerXona Space SystemsBurlingame, CA$160,000–$200,0006+ months ago
Senior Astrodynamics EngineerSlingshot AerospaceRemote, US$147,200–$245,400Closed

Postings change daily; listing age as shown on 20 Oct 2026. Pay is the employer's posted range. The Aerospace Corporation role was seen on a job-board mirror, not on aero.org.

What the evidence says

A real squeeze, measured at the service level

  • ▲The US Space Force has a 25% shortfall between assigned personnel and requirements [8]; its leaders are advocating for doubling the service in size over five years [9].
  • ▲Its long-range plan projects about 30% more space domain awareness personnel through 2040 [10].
  • ▲Aerospace and defense report "critical talent shortages" in engineering, with attrition near 15% in 2024 [14].
  • ▲In the UK, 72% of space vacancies were hard to fill, and 72% of organisations report a gap in software and data skills [15].
  • ●No source counts missing astrodynamicists or collision analysts specifically, and a UK skills lead (Space Skills Alliance) says there are more space graduates than graduate jobs [16]. Civil space traffic funding in the US is also uncertain [17].

Bottom line: the traffic and the workload are measured and growing fast. The people who handle it are few, and a major employer reports a service-wide staffing shortfall. The exact size of the gap in this specialty has not been measured.

Train for it

Practise the job before you apply for it

Orbital Traffic Control is a free browser game built on real orbit data. Run a shift in one orbit layer, dodge real-style conjunctions with limited fuel, and earn a verifiable Operator Qualification you can add to LinkedIn.

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Sources

Sources

  1. McDowell, Space Activities in 2025 (Jan 2026), Tables 4, 5, 12
  2. McDowell, active satellites (data to 12 Oct 2026)
  3. ESA DISCOS space environment statistics (14 Oct 2026)
  4. McKinsey, Space launch: oversupply or shortfall? (Apr 2023)
  5. ESA Space Environment Report 2026
  6. Starlink maneuvers: Space Intel Report 2021, SpaceX Jul 2022, Dec 2022, Space.com 2023, Jan 2024, Jul 2024, Kratos Jan 2025, Space Intel Jul 2025, Jan 2026, Space.com Jul 2026
  7. Thiele, Heiland, Boley, Lawler, An Orbital House of Cards, arXiv:2512.09643 (preprint, v3 Jun 2026)
  8. GAO-26-107868, Space Force workforce challenges (Jul 2026)
  9. Colorado Springs Gazette, 27 Jul 2026
  10. Military Times, Space Force Objective Force plan (Apr 2026)
  11. US Space Force, 19th Space Defense Squadron fact sheet
  12. BLS Occupational Outlook, Aerospace Engineers (2025–35)
  13. Space Foundation, The Space Report 2025 Q1
  14. AIA and McKinsey workforce study (Jun 2025)
  15. UK Space Sector Skills Survey 2023
  16. Via Satellite, the skills gap in space (Jun 2026)
  17. FedScoop, TraCSS and budget uncertainty (Jul 2026)