Biological / Beetom
- Name
- Beetom
- Taxonomic Class
- Zebesian jumping arthropod / attachment parasite
- Homeworld
- Zebes
- Known Range
- Crateria, Brinstar, Kraid's Hideout, and Norfair, primarily within enclosed routes and low-clearance approach zones
- Energy / Nutrition
- Life-energy extraction during a secure attachment is established; a broader dietary pattern is not
- Threat Response
- Springing leap, gripping attachment, hardened shell, frontal distance judgment, and sustained energy drain
- Development
- No supported reproductive or developmental sequence is retained in this dossier
- Physiological Summary
- A small jumping arthropod with grasshopper-like rear legs, a hard carapace, gripping structures, and a single eye that dominates the front of the body. Once attached, the eye changes color as the energy-drain response begins.

Overview
Beetom is a small jumping arthropod native to Zebes, documented in Crateria, Brinstar, Kraid's Hideout, and Norfair. It does not dominate a chamber by size or long-range reach. Instead, it turns the short distance between a floor opening, low ledge, or tunnel margin and a passing body into an attachment opportunity.
The creature is defined by its springing rear legs, hard shell, gripping limbs, and a single frontal eye used to judge a nearby target. After it has secured a hold, the eye turns red and an energy-drain response begins. This sequence is the supported field behavior; it should not be inflated into an unsupported account of a complete prey preference or social ecology.
Beetom is useful as a comparative record because it shares a broad hopping and latching silhouette with Splinter and Hopper while remaining distinctly Zebesian in range and anatomy. Similar movement does not make them interchangeable species.
Form And Attachment
The shell is hard enough to make an attached individual difficult to remove by casual contact. Beneath it, the rear legs provide the compressed spring needed for a sudden jump, while the gripping structures maintain contact after impact. The large single eye fills much of the frontal surface and provides the visible signal that the drain phase has begun.
The feeding mechanism is documented only in the narrow context of an attachment. It withdraws life-energy from a secured host. The record does not assume that every instance of the species obtains energy this way, nor does it assign a digestive system or broader diet beyond that observed interaction.
Range And Approach
The known range spans several underground regions of Zebes, but the encounter geometry is consistent: short open ground, a nearby wall or floor line, and enough room for a launch. In Crateria and Brinstar this may occur around mixed natural and built surfaces; in Norfair and Kraid's Hideout it can be compounded by heat, narrow routes, or existing structural hazards.
The nearby tunnel fauna represented by Geemer provides useful habitat context, but its wall-crawling pattern differs sharply from Beetom attachment behavior. Teams should map the immediate floor and clearance instead of using broad regional presence to predict exact ambush points.
Behavior And Field Response
A Beetom waits for an approach, leaps, grips, and drains. Once it has committed to the body of a target, the hard shell and small frame make removal more complicated than avoiding the initial jump. This is not a sustained pursuit animal; its advantage is concentrated in the first seconds of contact.
Route discipline is the strongest response. Avoid compressing personnel through a single low passage, keep an observer on possible launch points, and establish enough lateral room that an attached subject can be treated without forcing the rest of the team into the same danger zone. Any reduction in energy or sudden red-eye activation should be recorded as a confirmed latch event.
Record Limits
The current dossier retains the established Zebesian regions, shell, rear legs, single eye, latch behavior, and energy drain. It does not claim a mating cycle, larval form, communal behavior, or a total diet. Those details have not been recovered from a secure specimen observation.
Future work should separate a loose floor specimen from an attached specimen and document the transition between the two. Close imaging of the gripping structures and the eye-color change would clarify how the animal judges range, locks onto a target, and begins its narrow but consequential energy-extraction response.