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Honeybee Robotics (Blue Origin) — 5 FO Projects Including PlanetVac Lunar Landing

Honeybee has 5 FO projects. The PlanetVac pneumatic sampler — tested on Masten Xombie via FO (2017-2021) — successfully collected lunar regolith on Blue Ghost Mission 1 (March 2, 2025) and is flying to Phobos on JAXA MMX (2026). See topics/honeybee-planetvac-cluster.md for the full PlanetVac arc and Honeybee's $193M+ NASA portfolio.

Summary

Honeybee Robotics (now a Blue Origin subsidiary since ~2021) developed the PUFFER-Oriented Compact Cleaning and Excavation Tool (POCCET) — a miniature dust removal tool designed to mount on JPL's PUFFER small rover. FO project 145004 flew in parabolic flight (TRL 5→5, target 7, 2022–2025). TRL did not advance despite project completion. This is the second "TRL stagnation" case in the P2 batch (after Blue Origin LiDAR [158500], also TRL 4→4). However, Honeybee/Blue Origin is very active in lunar dust mitigation through other products (LAMPS Dust Tolerant Connector, Firefly lunar rover contract, LUNARSABER for DARPA). The POCCET technology likely feeds into Honeybee's broader lunar tool portfolio.

PI: Kris Zacny
Confidence: speculative (TRL stagnation confirmed; downstream impact uncertain)

FO Project

Field Detail
Project ID 145004
Title PUFFER-Oriented Compact Cleaning and Excavation Tool (POCCET) Dust Removal Tool
Period 2022-06-01 – 2025-09-30
TRL 5→5 (target: 7)
TX area TX07.2.5: Particulate Contamination Prevention and Mitigation

Technology: Miniature vibration-based or brush-based dust removal tool designed to clear lunar/Martian regolith from rocky outcrops before sample analysis. Current tools use physical contact but are ineffective in low-g; POCCET aimed for a more capable compact approach compatible with the PUFFER platform.

TRL stagnation reason: Unknown from public sources. Possible causes: (1) the parabolic flight environment was insufficient to evaluate dust behavior (simulated lunar dust in parabolic is difficult), (2) the tool design needed further development before testable, (3) the PUFFER platform itself had lower priority after JPL PUFFER program slowdowns.

Honeybee Robotics Lunar Portfolio (via Blue Origin)

Despite POCCET stagnation, Honeybee is one of the most active lunar instrumentation companies:

Program Detail
Blue Origin subsidiary Acquired ~2021
Firefly Gruithuisen rover Honeybee building lunar rover for Firefly CLPS mission (Gruithuisen Domes, 2028) — announced March 2025
LUNARSABER DARPA LunA-10 program: lunar power distribution infrastructure
LAMPS at JSC Lunar Array Mast and Power System — "Dust Tolerant Connector" deployed at Johnson Space Center for testing
Lunar power grid Honeybee + mPower Technology selected as lunar power grid provider for Artemis exploration zone

Honeybee's dust mitigation expertise is being deployed through these Blue Moon-adjacent products, even if POCCET specifically didn't advance.

Kris Zacny (PI)

Kris Zacny is VP and Director of Exploration at Honeybee Robotics and is one of the foremost planetary regolith/excavation researchers in the field. His work spans drill systems (TRIDENT, PlanetVac), sample acquisition, and dust mitigation across 20+ NASA projects. He is also PI/co-I on multiple SBIR awards. POCCET is one of many ongoing Zacny-led development threads.

Blue Origin's Second FO Project Pattern

This is Honeybee's second FO project with no TRL gain (after Blue Origin LiDAR [158500], TRL 4→4). Both are design/feasibility projects that completed without flight demonstration TRL advances. Pattern: Blue Origin subsidiaries may use FO as paid R&D rather than as a technology flight qualification path.

Outcome Assessment

Dimension Finding
TRL advance None (5→5, target 7)
POCCET path Unknown — may feed into Honeybee's broader dust mitigation products
Honeybee overall Very active in lunar programs through other products
Blue Origin connection POCCET likely feeds into Blue Moon ISRU/sampling toolset eventually

Archetype: Subsidiary R&D project without clear standalone outcome. The company (Honeybee/Blue Origin) is commercially successful independent of this specific FO project.

Second FO Project: ASSET — Asteroid Soil Strength Evaluation Tool

FO Project: 106621
Period: 2021-02-01 – 2026-02-28
TRL: 5 → 6
PI: Kris Zacny (same PI as POCCET); Co-I: Jerome B. Johnson, Anton Kulchitsky, Nicholas Naclerio, Dean Bergman

What was tested: ASSET is a dual-plunger sealed system with load cell that measures geophysical properties (soil density, regolith strength) of near-Earth asteroid (NEA) soil in microgravity. The technology addresses a critical knowledge gap for asteroid missions: surface behavior and regolith strength are poorly understood, making sampling missions risky.

Technical approach: Two plungers push through simulated asteroid regolith at varying densities in microgravity. Load cell measures penetration resistance, providing data on NEA soil mechanics. Unlike POCCET (TRL stagnation), ASSET achieved TRL5→6 — a meaningful one-level advance.

Blue Origin context: Honeybee was acquired by Blue Origin in 2022 (acquisition announced publicly in 2022 as "joining Blue Origin"). Blue Origin's long-term exploration agenda includes: - Blue Moon lander (human lunar landing, VIPER mission 2028) - Exploration systems — Blue Origin's page explicitly describes "space mining robots and systems that dig, collect, process, and transfer samples" - ASSET data directly feeds asteroid sample acquisition capability

Recent Honeybee milestone (March 2025): Firefly Aerospace contracted Honeybee to build the lunar rover for the CLPS mission to the Gruithuisen Domes (2028). This is a concrete post-POCCET win for Honeybee's lunar surface operations portfolio.

ASSET outcome assessment: TRL5→6 is modest but real. ASSET is now a validated technology for NEA geophysical characterization — directly applicable to: 1. NASA sample return missions (e.g., future asteroid missions post-OSIRIS-REx) 2. Commercial asteroid resource prospecting (Blue Origin's long-range agenda) 3. Small body landing risk assessment

The 5-year development period (2021–2026) and multi-disciplinary team (Kulchitsky and Johnson are soil mechanics experts from UAF) suggests this is taken seriously as a scientific tool, not just a device demonstration.

Confidence: TRL advance confirmed; downstream deployment unconfirmed; Blue Origin's exploration agenda is publicly stated but ASSET-specific plans are not.

Third FO Project: H-BEE — Honey Bubble Excitation Experiment

FO Project: 106632 — Honey Bubble Excitation Experiment (H-BEE) for Lunar Molten Regolith Analog Demonstration
Period: 2021-12-01 – 2025-03-31
TRL: 4 → 5
PI: Nicholas Naclerio (also a co-I on ASSET [106621])

H-BEE studies the physics of transporting granular material into bubbles formed within viscous material — using honey as a viscous simulant for molten lunar regolith and compressed gas to simulate evolved oxygen. The physics target: regolith oxygen extraction via heated regolith. On the Moon, melted regolith would release oxygen bubbles that could be harvested. Understanding how those bubbles grow and escape in reduced gravity (vs. Earth where buoyancy drives them) is the key unknown.

Why it matters: The Moon's regolith is ~45% oxygen by mass (locked in oxides). If you can heat regolith and extract the oxygen, you have an abundant ISRU resource. But the reduced gravity changes bubble dynamics fundamentally — this experiment uses honey's high viscosity as a reduced-gravity analog for the low-buoyancy environment.

TRL 4→5: One level of gain — the physics model was validated in the parabolic reduced-gravity environment. Not a breakthrough, but confirms the concept is worth developing.

Pattern with Honeybee's FO portfolio: | Project | TRL gain | PI | Technology | |---------|----------|----|-----------| | POCCET [145004] | 5→5 (zero) | Zacny | Dust removal | | ASSET [106621] | 5→6 | Zacny | Asteroid soil | | H-BEE [106632] | 4→5 | Naclerio | Regolith O2 extraction analog |

Three FO projects: one stagnation, two with single-level TRL gains. PI diversity (Zacny vs. Naclerio) suggests Honeybee has multiple active research threads, not a single-PI FO dependency.

Downstream: H-BEE directly supports the oxygen extraction side of Honeybee's ISRU agenda. Blue Origin's long-range plans for lunar oxygen (propellant for Blue Moon) make this technology strategically relevant, though at TRL5 it is still far from operational.

PlanetVac FO Projects (NEW — Session 22)

# ID Title TRL Period Notes
1 89413 PlanetVac on Masten Lander (Phase 1) 4→6 2017-2019 Pneumatic regolith sampler integrated into lander leg footpad; Masten Xombie VTVL vehicle
2 106599 PlanetVac-Xombie2 (Phase 2) 5→6 2019-2021 Updated sampler + plume/thermal effects; co-Is: Paulsen, Chu, Spring

Downstream: PlanetVac collected lunar regolith on Blue Ghost Mission 1 (Firefly Aerospace, CLPS), March 2, 2025. Sample acquisition took ~1 second via nitrogen gas blast. PlanetVac P-Sampler variant shipped to JAXA Feb 2023 for MMX mission to Phobos (launch 2026, sample return 2031). NASA MSFC contract 80MSFC20C0007 ($6.31M) specifically for lunar regolith acquisition.

Full topic page: topics/honeybee-planetvac-cluster.md

Session 53 Update — PlanetVac Results + MMX + VIPER Revival (Apr 2026)

PlanetVac Blue Ghost Results Published

Kris Zacny presented "PlanetVac Sample Acquisition and Delivery Demonstration on Blue Ghost Lander" at LPSC 2026 (March 2026, Abstract #1139). This is the first detailed public data from the lunar regolith collection. The demonstration on Blue Ghost 1 successfully collected, transferred, and sorted lunar regolith using pressurized nitrogen gas during 14 days of surface operations. 8 of 10 NASA payloads (including PlanetVac) met their mission objectives. Note: this was a technology demonstration, not sample-return — regolith was characterized on-surface (particle sorting) but not returned to Earth.

JAXA MMX: On Track for 2026 Launch Window

The Martian Moons Exploration (MMX) mission to Phobos — carrying Honeybee's P-Sampler (shipped to JAXA Feb 2023) — is targeting October–November 2026 launch on the H-3 rocket. Originally planned for September 2024, it slipped by ~2 years. Mars arrival ~1 year after launch; sample return to Earth targeted for 2031 (Woomera, Australia). Full system testing reportedly complete.

CP-21 Gruithuisen Rover: In Active Development

Firefly selected Honeybee in March 2025 for the CP-21 CLPS rover to investigate the Gruithuisen Gamma Dome. An LPSC 2026 abstract (J.D. Lawrence et al., Abstract #1001, "CP-21 Rover Development Update") confirms the rover is in active development. Target launch: 2028. The rover will carry NASA's Lunar-VISE (Lunar Vulkan Imaging and Spectroscopy Explorer) instrument suite. Firefly's Blue Ghost 2 (lunar orbit + far side) is set for 2026 as a precursor.

LUNARSABER: No Phase 2 Announced

DARPA LunA-10 Phase 1 completed June 2024. The LUNARSABER concept (100m+ deployable mast, ~100 kW solar, comms mesh, lighting for lunar night) was presented but no Phase 2 has been publicly announced. The DARPA program page still lists LunA-10 as a capability study.

Blue Moon MK1 / VIPER: Major Update

  • Blue Moon MK1 Pathfinder Mission 1: Planned for late 2026 on New Glenn. Demonstration of BE-7 engine, cryogenic systems, and precision landing (<100m) near Shackleton crater. Partially funded under CLPS ($6.1M awarded July 2024). Can deliver up to 3 metric tons.
  • VIPER Rover Revived: NASA awarded Blue Origin the CS-7 CLPS task order (September 2025, ~$190M) to deliver the VIPER rover to the lunar south pole. Target: late 2027, contingent on successful MK1 Pathfinder demo. Two-phase structure — NASA will exercise the delivery option only after reviewing MK1's first flight. This reverses the July 2024 VIPER cancellation (which had been assigned to Astrobotic's Griffin).

Zacny Recent Activity

  • LPSC 2026: lead author on PlanetVac Blue Ghost results
  • Mars Society Convention April 2025: keynote on "Pushing the Boundaries of Space Robotics"
  • Honeybee official sponsor of 2026 University Rover Challenge
  • Google Scholar: ~6,100 citations across ~200 publications

POCCET/ASSET Follow-on

No specific follow-on contracts or mission manifests found for either POCCET (dust removal) or ASSET (asteroid soil). Given PlanetVac's success, pneumatic sampling is clearly Honeybee's flagship. POCCET and ASSET may continue under less visible SBIR/internal R&D.

Stale Refresh Update (Apr 2026) — IM-5 Rover Win + LAMPS TRL 6

IM-5 CLPS Award: Third Honeybee Rover (March 24, 2026)

NASA awarded Intuitive Machines a $180.4M CLPS task order (IM-5) on March 24, 2026, to deliver seven payloads to Mons Malapert near the Lunar South Pole. Honeybee Robotics (Blue Origin) is building a next-generation lunar rover for this mission, hosting the NIRVSS (Near InfraRed Volatiles Spectrometer System) instrument suite to detect and map volatiles and analyze regolith composition in permanently shadowed regions.

This is Honeybee's third lunar rover contract in ~12 months: | Mission | Announced | Launch | Role | |---------|-----------|--------|------| | CP-21 (Firefly Blue Ghost 3) | Mar 2025 | 2028 | Gruithuisen Domes, Lunar-VISE instruments | | IM-5 (Intuitive Machines Nova-D) | Mar 2026 | TBD | Lunar South Pole, NIRVSS volatile mapping | | VIPER (Blue Origin Blue Moon MK1) | Sep 2025 | Late 2027 | South Pole ice prospecting |

Mons Malapert was chosen for continuous Earth visibility and stable illumination, with access to permanently shadowed regions — directly relevant to Honeybee's ISRU and sample acquisition portfolio.

Confidence: Confirmed. Press release from Intuitive Machines and NASA March 24, 2026.

LAMPS: TRL 6 Confirmed (Sep 2024)

Thermal vacuum testing of LAMPS (Lunar Array Mast and Power System) completed at NASA JSC Chamber A in September 2024. System now confirmed at TRL 6 — validated prototype in relevant environment. Specifications: 20m tall (six stories), stows to refrigerator size, generates up to 10 kW continuous power on lunar surface. Uses Honeybee's DIABLO mast, Dust Tolerant Connector, and mPower DragonSCALES solar modules. Total NASA award: $7M (Honeybee's share of $19.4M split among three companies). Deployment target: near Moon's South Pole by end of this decade.

CP-21 Rover: Supplier Chain Forming (Jan 2026)

Dcubed (German solar array supplier) selected in January 2026 to supply five body-mounted solar array panels for the CP-21 Gruithuisen rover. Supplier contracting confirms the rover is past paper design — hardware development is underway. Blue Ghost Mission 3 (lander) completed Preliminary Design Review.

Curiosity & TRIDENT: Sustaining Contracts Active (FY26)

USASpending shows two small active NASA contracts for existing Honeybee systems: - 80GSFC26C0002 ($323.4K, Oct 2025–Sep 2026): Sustaining engineering for Curiosity's Sample Manipulation System (SMS) — Honeybee hardware still operating on Mars after 13+ years - 80NSSC25PA731 ($142.2K, Feb 2025–Oct 2026): TRIDENT drill maintenance and engineering support (PRIME-1 heritage)

Organizational: Stable Blue Origin Subsidiary

No new ownership changes found. Honeybee remains wholly owned by Blue Origin, headquartered Kent WA, ~400 employees, two business units (Motion Control, Exploration Systems). Blue Origin acquisition from Ensign-Bickford Industries closed early 2022. Operations "business as usual" per Blue Origin statements.

JAXA MMX: Launch Window Confirmed

Current plan: November 2026 launch on H-3 rocket. Mars arrival ~2027. Phobos landing + P-Sampler sample collection → sample return to Earth 2031 (Woomera, Australia). Full spacecraft system testing confirmed complete. No slippage from Session 53 assessment.

Cross-references

Investigated: Session 9 (2026-04-05). PlanetVac section added Session 22 (2026-04-06). Updated Session 53 (2026-04-07) — PlanetVac LPSC 2026 abstract. JAXA MMX Oct-Nov 2026. CP-21 rover active. VIPER revived. Stale refresh Session 73 (2026-04-07): IM-5 CLPS rover win ($180.4M, Mar 2026); LAMPS TRL 6 confirmed; CP-21 supplier chain forming; Curiosity SMS + TRIDENT sustaining contracts active.