Frontier Trail
Perfect for small towns, testing, and dev servers
- 2GB DDR5 RAM
- 25GB NVMe SSD storage
- Standard 5Ghz CPU
- 8 - 15 Estimated Players
Evolution Host
Invent the Future
Deploy a RedM server designed for persistent frontier roleplay: fast single-core performance, responsive storage, and routing tuned for consistent sync during busy town scenes.
Choose a DDoS Protected RedM hosting plan based on your framework, number of resources, and expected player count. Every plan includes fast NVMe storage and high core clock CPUs. More advanced RedM DDoS Protection is available as an addon.
Perfect for small towns, testing, and dev servers
For growing communities and light RP frameworks
Balanced tier for active roleplay servers
Higher CPU for busy towns and combat-heavy RP
Stability-focused tier for organized RP communities
Heavy scripting, full economy, and persistent worlds
Large RP servers with custom maps, housing, and stables
High-concurrency servers with heavy streaming assets and large communities
Flagship tier for massive, premium RedM roleplay worlds
Player estimates assume typical RedM RP stacks with moderate streaming. Performance depends on resource optimization and database load.
Trusted by the majority of large RedM roleplay communities.
RedM roleplay hosting loads servers differently than modern-city RP: wide-area streaming, lots of entity sync around towns, and persistent systems (economy, inventories, stables, housing) that hit the database constantly.
High clock speeds maintain performance when players crowd Valentine, Saint Denis, or Rhodes.
NVMe reduces stalls during job actions, inventory updates, crafting, and economy scripts.
Asset caching and tuned delivery prevent “stuck loading” issues when players connect at peak.
Evolution Host offers DDoS protected RedM server hosting across multiple global regions, allowing you to deploy your server close to your playerbase for lower latency and more stable Red Dead roleplay.
Whether you’re building a serious RP world or a lightweight community server, your performance usually comes down to resource quality, DB responsiveness, and sync stability.
Jobs, inventories, crafting, and banking systems hammer the database. NVMe SSDs and tailored hardware selections matter.
Maps, interiors, clothing, horses, and props add download weight. High performance cache severs significantly speed up downloads.
Most communities pair RedM with voice solutions. Stable routing and high quality connections keep comms and gameplay consistent.
RedM communities aren’t one-size-fits-all. Pick a setup built for your gameplay loop - then scale as your playerbase grows.
Built for long sessions, persistent progression, and stable economy systems with DB-heavy scripts.
Snappy combat and fast restarts - designed for quick rounds, tournaments, and community events.
Perfect for building scripts, testing resources, and validating updates before you push live.
RedM servers often push large streamed assets and frequent database updates. This section focuses on what actually improves stability: CPU clocks, fast NVMe I/O, and smart caching.
RedM scripting and AI behavior can be very sensitive to single-thread performance when your town is busy.
When your framework is database-heavy, storage latency becomes a bottleneck. NVMe reduces I/O wait time significantly.
Reduce player join friction by optimizing how assets are delivered and re-used across sessions.
If you run many resources, custom interiors, and economy systems, prioritize CPU clock and NVMe I/O first. Then optimize your resource list (remove unused scripts, minimize heavy loops, and keep DB queries efficient).
Practical answers for Red Dead roleplay hosting: performance, setups, migrations, and what actually causes stutter. For information on RedM in general, check out the official RedM website.
RedM hosting is infrastructure tuned for Red Dead roleplay servers, where stable tick rates, fast storage access, and consistent routing help keep busy towns, scripted systems, and persistent gameplay responsive.
Common causes are overloaded single-thread performance, heavy scripts running too frequently, large streaming packs and database stalls. Improving CPU clock, reducing resource overhead, and optimizing DB queries usually helps most.
Yes. Typically you move your resources folder, server.cfg, and import your database. Plan a short maintenance window to validate permissions, asset paths, and any environment-specific config.
It depends on your framework, script quality, streaming size, and how often resources run logic. A lean, well-optimized setup can handle far more players than a heavy server on the same hardware.
Most serious RP stacks rely on a database for characters, inventories, jobs, and economy systems. Storage latency impacts responsiveness under load - which is why NVMe makes a noticeable difference.
Prioritize high clock CPU performance, a location near to your players, fast NVMe, and keeping your resource list clean. Quality, high performance hosting helps significantly, but reducing script overhead and controlling streaming pack size are equally important.
Launch a RedM server with performance built for busy towns, persistent worlds, and serious roleplay communities.