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Last Chapter Roleplay
The official recipe of the most popular FiveM RP framework, containing Jobs, Housing, Vehicles & more!
ESX Legacy
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0/ 60
Live players
7-day peak
12
All-time peak
35
Last seen
Oct 19, 2026, 09:10 PM
Votes
0
Rating
—
How busy is Last Chapter Roleplay?
We count the players on this server every five minutes and keep the history.
- Busiest hours
- 21:00–09:00 UTC
- Usual players when active
- 2
- Peak this week
- 12 of 60 · 20% full
- Trend
- Down 81% vs the previous 3 days
- Rank by peak players
- Top 10%
- Framework
- ESX
- Resources
- 394
Last Chapter Roleplay is busy for most of the day rather than one evening: it stays above its 2-player daily average for 12 straight hours, 21:00–09:00 UTC, averaging 3 across that stretch and peaking at 02:00 UTC with 3. Outside it the city empties: across 10:00–21:00 UTC it averages just 1 player, bottoming out at 15:00 UTC on 0, so an off-peak login means an all-but-empty server.
Its 60 slots are far more than it uses: when anyone is on it, it averages 2 players, and the busiest single moment of the week reached only 12 — 20% of capacity. It is thinning, though: it averaged 1 players across 16 Oct–18 Oct, down 81% on the 4 it averaged across 12 Oct–14 Oct.
That puts Last Chapter Roleplay ahead of 90% of the 42,476 FiveM servers ViceHub tracked consistently this week, ranked on peak concurrent players. That is measured from our own five-minute checks, not from anything the server claims about itself.
Under the hood Last Chapter Roleplay runs ESX with 394 resources loaded — a substantial build, using pma-voice for voice and ox_inventory for inventory.
Daily player counts, last 7 days
One row per full day (UTC). Average counts every check taken that day, including the ones that found nobody online.
| Day | Peak | Average |
|---|---|---|
| Sun 18 Oct | 4 | 1 |
| Sat 17 Oct | 2 | 0 |
| Fri 16 Oct | 5 | 1 |
| Thu 15 Oct | 5 | 1 |
| Wed 14 Oct | 7 | 2 |
| Tue 13 Oct | 12 | 5 |
| Mon 12 Oct | 12 | 4 |
We do not publish an uptime figure. When a check finds nobody online, we cannot tell an empty server apart from one that was switched off — so any percentage would be a guess. How we measure this.