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Main Quests
PC Building Simulator 2

Main Quests

Master PC Building Simulator 2's Main Quests to become a hardware expert. Learn new tools and components through narrative-driven objectives.

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Main Quests

Master PC Building Simulator 2's Main Quests to become a hardware expert. Learn new tools and components through narrative-driven objectives.

Welcome, aspiring PC builder! The Main Quests in PC Building Simulator 2 are your primary path to becoming a renowned expert in the world of computer hardware. These quests guide you through the core mechanics of the game, introducing new tools, components, and challenges. Unlike the more open-ended client jobs, Main Quests often have specific objectives and narrative progression. Following this guide will ensure you complete them efficiently and unlock all the essential features of your workshop.

Always remember to check your in-game email and the job board for new quest notifications. Many Main Quests are triggered by reaching certain experience levels or completing previous story-driven objectives.

Early Game: The Foundations

The initial Main Quests focus on familiarizing you with the basics of PC assembly and troubleshooting. Pay close attention to the tutorials as they introduce crucial mechanics.

  • Quest: The First Build
    • Objective: Assemble a basic PC for your first client, Tim.
    • Steps:
      1. Accept the job from your email.
      2. Open the "Shop" application on your workshop PC.
      3. Order the following components:
        • Case: NZXT H510 (White)
        • Motherboard: MSI B450 TOMAHAWK MAX
        • CPU: AMD Ryzen 3 3100
        • CPU Cooler: Stock AMD Wraith Stealth
        • RAM: Corsair Vengeance LPX 8GB (2x4GB) DDR4-3000
        • GPU: ZOTAC GeForce GTX 1650 OC
        • Storage: Crucial MX500 250GB SSD
        • PSU: Corsair CV450
      4. Wait for the parts to arrive (use the fast-forward option if available).
      5. Place the case on your workbench.
      6. Install the PSU into the PSU shroud.
      7. Mount the motherboard into the case.
      8. Install the CPU onto the motherboard socket.
      9. Apply thermal paste to the CPU.
      10. Install the stock CPU cooler.
      11. Insert the RAM modules into the appropriate DIMM slots (refer to motherboard manual for dual-channel configuration).
      12. Install the SSD into an available drive bay.
      13. Install the GPU into the primary PCIe x16 slot.
      14. Connect all necessary power cables (24-pin ATX, 8-pin CPU, PCIe power, SATA power).
      15. Connect all data cables (SATA data for the SSD).
      16. Close the side panel.
      17. Connect the PC to the test bench.
      18. Power on the PC and ensure it boots to the OS.
      19. Return the completed PC to the client.
    • Reward: Initial funds, XP, and unlock of the "Install OS" tool.
  • Quest: OS Installation 101
    • Objective: Install the "Willard OS" on a client's PC.
    • Steps:
      1. Accept the job.
      2. Place the client's PC on your workbench.
      3. Connect the PC to the test bench.
      4. Power on the PC.
      5. Access the "Install OS" application on the test bench monitor.
      6. Select "Willard OS" and initiate the installation.
      7. Wait for the installation to complete.
      8. Shut down the PC and return it.
    • Reward: Funds, XP, and introduction to software installation.

Mid Game: Expanding Your Expertise

As you progress, Main Quests will introduce more complex diagnostics, upgrades, and advanced cooling solutions. This is where your problem-solving skills will truly be tested.

  • Quest: The Overheating Enigma
    • Objective: Diagnose and fix an overheating issue for a client's gaming PC.
    • Strategy: Overheating can be caused by various factors: insufficient cooling, old thermal paste, dust buildup, or even faulty fans.
    • Steps:
      1. Accept the job.
      2. Place the client's PC on the workbench and connect it to the test bench.
      3. Run the "3DMark" benchmark or "OCCT" stress test to confirm the overheating (monitor CPU/GPU temperatures in the "System Info" app).
      4. Initial Check:
        • Remove side panel.
        • Check for dust buildup using the "Compressed Air" tool.
        • Inspect CPU cooler and case fans for proper rotation.
      5. If still overheating:
        • Remove the CPU cooler.
        • Clean off old thermal paste with the "Thermal Paste Remover" tool.
        • Apply new "Thermal Paste" (e.g., Arctic MX-4).
        • Reinstall the CPU cooler.
        • If the stock cooler is inadequate, suggest an upgrade to a better air cooler (e.g., Noctua NH-U12S) or an AIO liquid cooler (e.g., Corsair H100i).
      6. If GPU is overheating:
        • Consider replacing the GPU's thermal paste or upgrading to a GPU with better cooling (if budget allows).
        • Ensure adequate case airflow by adding or repositioning case fans.
      7. Run stress tests again to confirm stable temperatures.
      8. Return the PC.
    • Reward: Significant funds, XP, and unlocks advanced diagnostic tools in the shop.
  • Quest: Water Cooling Wonders
    • Objective: Install a custom water-cooling loop for a high-end client build.
    • Location: This quest often requires specific parts from the "Water Cooling" section of the shop.
    • Steps:
      1. Accept the job.
      2. Order required water-cooling components:
        • CPU Water Block: EK-Quantum Velocity D-RGB
        • GPU Water Block: Specific to the client's GPU (e.g., EK-Quantum Vector RTX 3080/3090 D-RGB)
        • Radiator(s): EK-CoolStream Classic PE 360 (or similar size for the case)
        • Pump/Reservoir Combo: EK-Quantum Kinetic TBE 200 D5 PWM D-RGB
        • Fittings: EK-Quantum Torque HDC 14 (or appropriate size for tubing)
        • Tubing: EK-Tube ZMT Matte Black 10/16mm (soft tubing) or EK-HD PETG Tube 14/10mm (hard tubing, requires bending kit)
        • Coolant: EK-CryoFuel Solid Cloud White (or client's preferred color)
      3. Disassemble the client's PC, removing the stock CPU/GPU coolers.
      4. Install the CPU water block onto the CPU.
      5. Install the GPU water block onto the GPU (carefully, following instructions).
      6. Mount the radiator(s) and pump/reservoir combo in the case.
      7. Plan your loop path and cut/bend tubing as needed.
      8. Install all fittings and connect the tubing to form a complete loop.
      9. Fill the reservoir with coolant.
      10. Power on the pump (often requires a separate power source initially for leak testing).
      11. Leak Test: Run the pump for at least 30 minutes, checking all fittings for leaks. Do NOT power on other components during this phase.
      12. Once leak-free, connect all remaining power cables and boot the PC.
      13. Install any necessary software for RGB control or pump speed.
      14. Return the PC.
    • Reward: High payout, significant XP, and unlocks advanced water-cooling components in the shop.

Late Game: Mastery and Innovation

The final Main Quests will challenge you with extreme builds, complex optimizations, and potentially even narrative choices that impact your workshop's future. These often involve pushing hardware to its limits and perfecting your craft.

  • Quest: The Ultimate Benchmark
    • Objective: Build a PC capable of achieving a specific, very high 3DMark score.
    • Strategy: This quest demands top-tier components, meticulous cable management for optimal airflow, and potentially CPU/GPU overclocking.
    • Steps:
      1. Accept the job.
      2. Analyze the target 3DMark score and client budget.
      3. Select the absolute best components available in the shop:
        • CPU: Intel Core i9-13900K or AMD Ryzen 9 7950X3D
        • Motherboard: High-end Z790 or X670E chipset
        • RAM: DDR5-6000+ with tight timings (e.g., G.Skill Trident Z5 RGB)
        • GPU: NVIDIA GeForce RTX 4090 (or equivalent AMD Radeon RX 7900 XTX)
        • Storage: PCIe Gen 4/5 NVMe SSD (e.g., Samsung 990 Pro)
        • PSU: High-wattage, Platinum-rated (e.g., Seasonic PRIME TX-1000)
        • Cooling: Custom water-cooling loop for both CPU and GPU is highly recommended.
      4. Assemble the PC with extreme care, ensuring perfect cable management.
      5. Install all necessary drivers and software (3DMark, MSI Afterburner, Intel XTU/AMD Ryzen Master).
      6. Overclocking (Optional but Recommended):
        • Access the BIOS/UEFI.
        • Carefully increase CPU core clock speed and voltage.
        • Adjust RAM XMP/EXPO profiles for optimal speed.
        • Use MSI Afterburner to increase GPU core clock and memory clock.
        • Run stability tests (OCCT, Prime95) after each adjustment.
      7. Run the "3DMark" benchmark repeatedly, fine-tuning settings until the target score is met or exceeded.
      8. Return the PC.
    • Reward: Massive funds, maximum XP, and a special workshop upgrade or cosmetic item.

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