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FLEET ATLAS DELVER SCOUT TALON CERES
DELVER deep-bore platform working underground
02 · DEEP EXTRACTION FUTURE PROGRAM · CONCEPT

Delver

A reference design for a robotic deep-bore platform, ore bodies too deep, too hot and too unstable for human crews, to open galleries where mining has never been possible.

TALK DEPOSITS REQUEST SPEC SHEET
TARGET DEPTH
4.2 km
AMBIENT ROCK TEMP
85 °C
BOOM REACH
6.8 m
DRILL FEED
Ø 89 mm
CREW ONBOARD
0
DELVER hardware, cutout view
DELVER · CONCEPT RENDERLEVEL −1 240 M
DESIGN

Built for where rescue is impossible

Below three kilometers, rock runs hot enough to cook electronics and ground support becomes a fight with the planet. DELVER is engineered for exactly that: a thermally shielded, self-advancing drill platform that bores, bolts, and samples with no human within the level.

Its multi-axis boom keeps the machine body clear of the face while the feed works, and every joint is rated for continuous operation at 85 °C ambient, with degraded-mode autonomy when comms drop through a kilometer of rock.

INORE ENGINEERINGDWG D-204 · REV B
DELVER deep-bore platform, engineering concept schematic with dimensions and callouts
TITLE
DELVER · TUNNEL ELEVATION
DWG NO
D-204
REV
B
SCALE
1:80
SHEET
1 / 1
STATUS
CONCEPT STUDY
DATE
2026-05-02
UNITS
M
PROJECTION
THIRD ANGLE
DRAWN
INORE ENG.

Underground stack

01 / THERMAL SHIELD

Phase-change cooling around the compute core buys hours of full operation in rock that would shut down conventional electronics.

02 / OFFLINE AUTONOMY

When the tether drops, DELVER keeps drilling. Mission plans execute fully offline and sync when the mesh network returns.

03 / SPACE HERITAGE

Deep rock is a rehearsal for regolith. The same sealed drivetrain and drill feed carry forward into CERES.

Have a deposit no one can reach?

We're selecting two deep-ore partners for the 2029 DELVER deployment program.

PARTNER WITH US NEXT · SCOUT →