|MCS| Service Prosecuting Authority #5310728
RoleplayENmilitary roleplaylegal simulationBritish Army
Description
💂Office of Military Prosecutions Owned By ReaperMah's British Army ⚖️ [SPA] Service Prosecuting Authority [ABOUT] The Service Prosecuting Authority is a team of barristers whom are specially trained to handle the prosecution of criminals. We get special access to view confidential Intelligence Corps (IC) investigation reports, allowing for us to take the evidence and investigation done from IC and turn it into a charge sheet as well as a disclosure sheet. To join, look below. [MEMBERSHIP] The Service Prosecuting Authority recruits members through interviews that open at random dates, typically monthly. We also recruit officers through the #applications channel in the British Army server. To join us you must be: confident in your ability to prosecute, have basic knowledge of law/prosecution, have some experience in the sector, be able to pass the interviews and then phases.
Written by the group; not a statement by this register.
Membership history
Growth
| Measured (UTC) | Members | Change |
|---|---|---|
| 18 Aug 2026, 15:24 | 19 | +2 |
| 10 Aug 2026, 13:51 | 17 | first reading |
Ownership
Owned by @BA_RegimentalHolder as measured.
Members we’ve seen
@BA_RegimentalHolder — [HOLDER] (rank 255)
@ReaperMah — [KING] Head of The British Armed Forces (rank 254)
Monk (@Monkster2005) — [DCGS] Deputy Chief of the General Staff (rank 252)
Brax (@Brax_Craft) — [ADSP] Assistant Director, Service Prosecutions (rank 18)
A sample — only members this register has independently measured, highest rank first. Not the full roster.
Rank structure
Roles and per-rank member counts as Roblox reports them (rank 0 = guest … 255 = owner).
Related groups
Groups whose measured members overlap with this one — a sample from our membership graph.
Open data
Download this group’s measured record — free to reuse with attribution: membership history (CSV) · full record (JSON)
Each file carries its licence and retrieval time inside it, and is generated from the same measurements shown above.