The World's Most Expensive Game of Tag

[william]

The US Space Force's live orbital intercept-and-evasion exercise is underway at ~500 km altitude, and last week both players made moves. Event detected by COMSPOC SSA Suite using LEOLABS radar data. For context: JACKAL-004 is the chaser. VICTUS HAZE PUMA is the evader. Both are commercially built spacecraft under contract to Space Systems Command, executing real rendezvous and evasion maneuvers with real hardware and real ΔV.

PUMA was launched on a Rocket Lab Electron in June, reportedly within 16 hours of the Space Force's go order. By early July, JACKAL had autonomously found, closed on, and imaged it in ~61 hours with no ground cueing. SSC called it the first commercial orbital intercept in history. Since then, the mission has been escalating, with JACKAL reportedly closing to within ~10 km of an actively maneuvering PUMA in August.

Here's the update.

Before Aug 21, the two spacecraft were drifting apart, range growing, JACKAL falling behind. Then JACKAL executed two burns on Aug 21 and 22, reversed the drift entirely, and spent the next three days methodically closing the gap, ~400 km down to ~180 km. Textbook intercept geometry. Patient, deliberate, and frankly a little ominous if you're PUMA. Then PUMA answered. Our tracking data shows it executed burns overnight, late Aug 24 into early Aug 25 UTC time, and broke JACKAL's closure cold. The range stopped shrinking, reversed, now sitting around 210 km and opening. This kind of RPO activity is not entirely new. We saw a similar cat-and-mouse dynamic last year with COSMOS 2581, 2582, and 2583, which conducted sub-10-meter proximity operations.

What makes this notable is that two U.S. satellites are now demonstrating comparable capabilities, potentially amplifying a broader shift in the space domain.

https://twitter.com/x/status/2092674680008167846

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US Space Force’s Live Orbital Intercept‑and‑Evasion Exercise Underway​

The US Space Force is conducting the Victus Haze mission — a real‑time, ~500 km‑altitude intercept‑and‑evasion drill between two commercial spacecraft, JACKAL‑004 (chaser) and VICTUS HAZE PUMA (evader), using actual hardware and real orbital maneuvers

How the exercise works​

• Spacecraft:
  
  • JACKAL‑004 (True Anomaly) is the chaser satellite.
  • VICTUS HAZE PUMA (Rocket Lab) is the evader satellite
• Altitude: ~500 km above Earth
• Purpose: Demonstrate rapid launch, rendezvous, inspection, and evasion in a realistic, unclassified setting — a “live” version of orbital warfare training

Recent operational history​

• PUMA launch: Built and on standby; launched on a Rocket Lab Electron in June 2025, within ~16–17 hours of Space Force call‑up, beating the 72‑hour requirement
• JACKAL acquisition: In early July, JACKAL autonomously found, closed on, and imaged PUMA in ~61 hours without ground cueing — called the first commercial orbital intercept in history
• Cat‑and‑mouse phase: In August, JACKAL closed from ~400 km to ~180 km via two burns, then PUMA executed evasive burns, reversing the closure and opening to ~210 km
• Success criteria: Space Force’s goal was rendezvous and imaging in under 84 hours; PUMA met this in under 59 hours

Broader context​

This is part of Resolute Space 2025, the Space Force’s largest exercise, combining live warfighting with virtual training to practice capabilities like orbital warfare, space domain awareness, an electromagnetic warfare
It also aligns with the NITE‑STAR program, which funds live “aggressor” satellites to give Guardians realistic orbital “sorties” before real‑world threats

Why it matters​

• Capability demo: Shows the Space Force and industry can rapidly deploy, intercept, and evade in orbit — a key future conflict skill
• Commercial integration: Uses privately built satellites under government contract, reflecting a growing “military‑commercial” space model
• Training value: Provides real‑world data for refining orbital warfare tactics and systems

In short, Victus Haze is a live, high‑stakes “game of tag” in space — a real‑time test of intercept and evasion skills that could shape future space operations.