This is the Raider. Our entry-level gaming PC, built on refurbished business-class silicon, engineered to a performance floor, and delivered at a devastatingly low price. It’s the machine that Renewable Revolt Incorporated was built for.
OEMs design and build to a spec sheet. We engineer a result. That distinction shows up in every decision — what silicon we accept, what we refuse, what we tune, and what we guarantee. Here’s what every Raider promises you, out of the box.
One of them is a subscription to a manufacturer’s replacement schedule. The other is a machine you own, understand, and grow with. Here’s the real comparison.
The Raider is a recipe, not a bill of materials. Every build starts with a business-class refurbished machine — a tower or mid-tower originally sold into engineering firms, architecture practices, CAD shops, and Fortune 500 IT departments. These were $1,000–$1,800 machines when new, engineered to run forty hours a week on corporate support contracts. We source them at significant discount, patch their BIOSes, rebuild their software stacks, and return them to service.
Specific model week-to-week depends on what’s moving through our pipeline. All of them clear the same engineering floor before they ship.
Our aspirational goal is a corporate donation pipeline that supplies this fleet at scale. Today, we’re in low-rate production, sourcing carefully at volume discounts. Every Raider is a machine that would otherwise eventually have been destroyed — back from the dead, redefining “entry-level.”
Below are the specs that every Raider ships with, guaranteed. Click any card to see the engineering behind it — the magic that makes refurbished silicon punch above its weight, and the design decisions that separate us from every other sub-$500 gaming PC on the market.
The CPU spec listed is the floor. Every Raider ships with a chip from our Xeon E3 qualified list — all Haswell, all LGA 1150, all four-core / eight-thread with ECC support. The floor chip is the E3-1241 v3. Better silicon from the same family — E3-1270 v3, E3-1271 v3, E3-1275 v3, E3-1281 v3 — rotates through our pipeline as surplus allows and ships as a customer surprise, not an advertised feature.
We run Xeon E3 exclusively because the platform matters. ECC memory support, workstation-class binning, multi-year corporate maintenance histories. At this performance tier the GPU is the bottleneck, not the CPU — which means every chip on our qualified list delivers the same gaming result. You get the Xeon pedigree at a consumer price.
We ship a performance result, not a specific card. Every GPU we deploy clears the same bench test: 60+ FPS in Fortnite at 1080p medium, on the exact machine you’ll receive, before it ships. Your Raider’s floor card is the RX 470 4GB hand-tuned — it meets the spec comfortably and represents the broadest share of our pipeline. Depending on pipeline availability, you might also see an RX 570 4GB, GTX 1060 3GB, GTX 1650, or Arc A380. We show all five in the open, because transparency is the whole point. The cards rotate. The promise doesn’t.
What we refuse to ship. AMD’s RX 6400 and RX 6500 XT ship in budget OEM gaming desktops everywhere. We refuse to put them in the Raider — our entry-level, floor-priced build. That should tell you something.
This is NOT a rebuke of AMD. Their products anchor our product lines. Polaris — the RX 470, 570, and 580 generation — is the best budget gaming silicon they ever made. Ten years later, a tuned RX 570 still beats a new RX 6400 at the same task. The 6400 is a retreat from everything Polaris got right: 4 GB of VRAM on a crippled PCIe x4 bus, no hardware encoders, two display outputs, a laptop chip in a desktop costume. Same company, worse card, new price.
OEMs ship power supplies as liabilities. Proprietary 310W single-rail units that lock you out of upgrades and fail under modern graphics-card transient loads. We ship a standard Rosewill 400W ATX supply inside a Rosewill FBM-X2 mid-tower case. Any GPU upgrade you buy anywhere in the world plugs straight in — no hunting for a proprietary replacement, no compatibility games.
The T1700 motherboard uses a Dell-proprietary main power connector. We pre-install a purpose-built adapter cable that bridges the Dell board to the standard ATX supply. You never see the adapter. You never have to think about it. What you see is a clean ATX build with a full 400W of headroom, upgrade-ready from day one.
Older business-class motherboards — the ones that power our Haswell and early Skylake Raiders — pre-date NVMe boot support in the factory BIOS. Which means out of the box, they can’t boot from the fast storage we want to put in them.
We fix that. Every Raider on a pre-Skylake platform gets a Clover or DUET UEFI shim injected between the BIOS and the bootloader. The shim teaches the legacy firmware how to see and boot from an NVMe drive at full PCIe speed. From your perspective, the machine boots in under 20 seconds like any modern PC. Under the hood, it’s a 10-year-old motherboard running a 2025 boot chain.
Same story for GPU boot behavior. Older graphics cards shipped with VGA BIOSes that only supported legacy boot — modern UEFI systems can’t initialize them cleanly. We patch the GPU VBIOS to enable UEFI boot paths, unlocking secure-boot compatibility and modern display initialization on silicon that was never designed for it.
When we transplant an HP or Dell business motherboard into a Rosewill FBM-X2 chassis, the stock I/O shield from the OEM doesn’t exist as a consumer part. HP and Dell never sold spares. A generic ATX shield leaves gaps around the rear I/O — not just cosmetic, but a real airflow and dust-ingress problem.
We solve it the same way we solve every problem the OEM didn’t solve for us: we design our own part and 3D-print it. Every platform in our production pipeline has a custom I/O plate templated to its exact port layout. Printed per-unit, snapped in before the board mounts, and indistinguishable from a factory shield once the case is closed.
3D printing is a capability that’s growing across our product line. We’re currently in R&D on GPU support braces for long sag-prone cards and custom cooling solutions for repurposed compute GPUs — Tesla K20/K40/K80 and AMD Instinct MI25-class silicon that shipped without consumer fans because they were designed for server rack airflow. There’s a decade of underutilized compute hardware out there that nobody’s figured out how to put in a desktop. We’re working on it.
Three things OEMs skip at this price point — even when they get the CPU and GPU right. Each one adds real-world speed that benchmarks don’t always measure but you feel every time you use the machine. Every Raider ships with all three.
NVMe + Hybrid Storage Strategy. Every Raider ships with a 256 GB NVMe boot drive — PCIe 3.0 x4 speed, 3–5× faster than a SATA SSD — plus a 500 GB secondary HDD for game libraries, documents, and bulk storage. On eligible Skylake/Kaby Lake boards, the secondary slot can pair with an Intel Optane cache module that accelerates the mechanical drive to near-SSD speeds. OEMs ship a single drive at this price. We ship a tiered storage strategy.
WiFi 6 Floor. WiFi 5 (the 802.11ac standard) was state-of-the-art in 2014. It’s still shipping in new $800 gaming desktops in 2026. WiFi 6 (802.11ax) is faster, lower-latency, and crucially better at handling the crowded 2.4/5 GHz spectrum in a modern home with dozens of connected devices.
RR Turbo 11 Pro. Our hand-built Windows 11 image. Teams, Edge, Copilot, Recall, and all background telemetry removed at the ISO level before the OS ever touches the drive. Idle RAM use drops from ~6.5 GB on stock Windows to ~3.2 GB on RR Turbo. Background process count drops by roughly 25%. We learned this building gaming experiences for 4 GB budget laptops from 2020 — if you can make those feel new, you can make a desktop scream.
Two more places where we spend the engineering time an OEM won’t. Both live on their own pages because each has its own story worth telling.
The HP Victus 15L is the gaming desktop HP recommends to first-time buyers. The base $779 configuration ships with 8 GB of RAM — which isn’t enough for modern gaming. That’s not a fair fight. So we’re comparing against the $899 configuration — same machine, bumped to 16 GB. The Raider still wins.
The Victus has more CPU cores. The Raider has four times the GPU bus width, a standard ATX PSU with open upgrade headroom, WiFi 6, and Office 2019 Pro+ included. Memory is a wash — both at 16 GB. In the benchmark that matters — Fortnite at 1080p medium — the Raider wins. For $470 less.
The Raider ships with a standard ATX 400W power supply. Your next GPU is a fifteen-minute swap — any brand, any size, no adapter hunting. Here’s the path, mapped through 2030.
The Victus upgrade path stops at the RX 6500 XT unless you find HP’s specific 500W proprietary PSU on eBay for $80–$200. The Raider upgrade path is one GPU, any brand, any size, standard PCIe power — plug and play, for the next ten years.
Find us on eBay, message directly, or reach out through renewablerevolt.org. Every Raider ships benchmarked, tuned, and ready to boot.
Fortnite. Minecraft. Valorant. Office for homework. 4K streaming. Photo editing. Discord with your friends. No subscription. No ecosystem trap.
More RAM when you need it. A faster GPU in 2028? Drop one in — any brand, any size. This machine was built to be grown, not replaced.
Renewable Revolt is a 501(c)(3) nonprofit. Every Raider diverts a full business desktop from the landfill and puts it back to work — that’s real recycling. The smart choice for your wallet is also the smart choice for the planet.