- Ore factory squad digging guide: Focus on creating a compact factory layout to minimize conveyor costs and maximize throughput.
- Excavator Mastery: Use the W, A, S, D keys combined with arrow keys for precise bucket control and grading.
- Power Logistics: Prioritize coal-fired power plants over solar for consistent 3600kW output in early to mid-game.
- Infrastructure: Always place hoppers in excavated pits to allow for flush-to-ground dumping from front loaders.
- Economic Strategy: Balance raw ore sales with processed smelting to maintain liquidity during expansion phases.
Mastering Excavation Techniques
Efficient mining in Ore Factory Squad requires a balance between brute force and precision grading. While many players rely on explosives to clear large areas, the excavator remains the most versatile tool for detailed site preparation and high-yield ore extraction. Mastering the bucket physics is essential for minimizing waste and ensuring every scoop translates to profit.
Precision Digging
- Grading focus: Keep the bucket flush with the ground for smooth surfaces.
- Bucket curling: Maximize volume by curling the bucket fully before lifting.
- Track stability: Always engage the parking brake before swinging the boom.
Blast Mining
- RDX usage: Use three-point patterns for deep pit creation.
- Debris management: Clear blasted rock quickly to reveal coal seams.
- Safety distance: Keep expensive machinery 20 meters from blast zones.
Surface Grading
- Pathfinding: Create 3-degree slopes for front loader access.
- Leveling: Use the back of the bucket to smooth out lumps.
- Reference points: Use hoppers as depth markers for pit excavation.
| Method | Speed | Precision | Cost | Best Use Case |
|---|---|---|---|---|
| Excavator | Moderate | Excellent | Low | Site prep and ore seams |
| Dynamite | Fast | Poor | High | Clearing solid rock layers |
| Front Loader | Moderate | Good | Low | Transporting loose materials |
When using the excavator, switch to first-person view for better depth perception. This allows you to see exactly when the bucket teeth engage with coal or gold-bearing dirt, preventing over-digging into solid rock.
Compact Factory Infrastructure
A common mistake in any ore factory squad digging guide is building sprawling, inefficient conveyor lines. A compact factory design reduces power consumption and makes maintenance significantly easier. By looping conveyor belts back on themselves, you can centralize your processing equipment and sell points in a single, manageable hub.
Pit Excavation
Dig a hole approximately 4 meters deep and 6 meters wide using your excavator. This pit will house the primary hopper, allowing you to dump material directly from ground level without needing ramps.
Hopper Placement
Lower the large hopper into the pit. Ensure it is flush with the surrounding terrain. Use wood boards on the back side of the hopper to prevent material overspill during high-volume dumps.
Conveyor Routing
Connect an upward conveyor to the hopper output. Use 90-degree turn pieces to loop the line back toward your central processing area. This keeps the footprint small and minimizes the need for long power cable runs.
Processing Chain
Install a trommel first to separate dirt from ore, followed by a shaker screen. The shaker screen should be configured to sort coal, blasted rock, and crushed rock into separate channels.
| Component | Function | Power Draw | Cost | Throughput |
|---|---|---|---|---|
| Large Hopper | Primary intake | Low | $4,400 | High |
| Trommel | Initial sorting | Moderate | $8,500 | Moderate |
| Shaker Screen | Multi-ore sorting | High | $12,000 | Moderate |
| Upward Conveyor | Vertical transport | Low | $1,500 | Moderate |
Ensure there is at least 0.5 meters of clearance between conveyor belts and the edges of your excavation pit. Clipping can cause material to fall through the world geometry, leading to lost revenue and physics glitches.
Power Systems and Coal Logistics
Reliable power is the backbone of a successful mining operation. While solar panels are an option, the Ore Factory Squad meta favors coal-fired power plants for their high output and 24/7 reliability. Since coal is often a byproduct of your digging, it provides a self-sustaining energy loop for your factory.
| Power Source | Output | Fuel Requirement | Initial Cost | Reliability |
|---|---|---|---|---|
| Coal Plant | 3600kW | Coal Ore | $10,000 | Excellent |
| Solar Array | 1200kW | None | $15,000 | Day Only |
| Small Generator | 800kW | Diesel | $5,000 | Moderate |
Video Highlights:
- The video emphasizes the importance of setting up a compact factory layout to save on conveyor costs.
- It demonstrates using an excavator to dig a pit for the hopper, which allows for easier dumping from front loaders.
- The creator showcases a coal-fired power plant setup, highlighting its high energy output compared to other sources.
Set your shaker screen to prioritize coal sorting. By routing coal directly into a dedicated storage bin near your power plant, you can automate the refueling process and focus entirely on digging.
Processing and Smelting Efficiency
Once your raw materials are flowing, the focus shifts to maximizing the value of every scoop. Raw ore sells for a fraction of the price of refined bars. Implementing a smelting stage in your ore factory squad digging guide is the fastest way to reach late-game milestones.
| Material | Raw Value | Refined Value | Processing Time | Equipment Needed |
|---|---|---|---|---|
| Gold | Low | Very High | Moderate | Smelter |
| Iron | Very Low | Moderate | Fast | Smelter |
| Coal | Moderate | N/A | Instant | Power Plant |
| Blasted Rock | Minimal | Low | Instant | Crusher |
Refining Setup Tasks:
- Install a high-temperature smelter for iron and aluminum
- Calibrate shaker screens to separate precious metals
- Connect water pumps to the wash plant for pay dirt processing
- Set up automated sell points for gravel and crushed rock
- Monitor coal levels in the power plant every 10 minutes
Don't ignore blasted rock. While it has the lowest value, the sheer volume generated during excavation can provide a steady stream of passive income if routed directly to an automated sell point.
Economic Progression and Loans
Scaling your operation in Ore Factory Squad often requires significant capital investment. Understanding the banking system and when to take on debt is crucial for rapid growth. Use loans to bridge the gap between manual digging and full automation.
| Loan Type | Max Amount | Interest Rate | Best Use |
|---|---|---|---|
| Small Business | $25,000 | 5% | Initial excavator/hopper setup |
| Expansion Loan | $100,000 | 8% | Purchasing dump trucks and smelters |
| Industrial Credit | $250,000 | 12% | Full factory automation |
Never take a loan that exceeds your hourly profit margin. Calculate your average income per 10-minute cycle to ensure you can cover the interest payments without stalling your equipment upgrades.
Frequently Asked Questions
Q: What is the most efficient way to use the ore factory squad digging guide for profit?
The most efficient strategy is to dig a deep pit for your hopper, use an excavator for precision coal mining, and funnel all materials through a trommel-shaker-smelter chain to maximize the value of precious metals.
Q: How do I stop my excavator from sliding while digging?
Always engage the parking brake (typically the spacebar or a dedicated UI button) before starting your dig cycle. This stabilizes the tracks and prevents the boom's force from shifting the vehicle's position.
Q: Does the coal power plant require water in the 2026 version?
Currently, coal plants produce power as long as coal is present in the intake. While water valves exist on the model, they are not yet a mandatory requirement for power generation in the current build.
Q: Which is better: Dramite or Excavators?
Dramite (explosives) is better for clearing large volumes of solid rock quickly, but excavators are superior for precision mining and ensuring you don't destroy valuable infrastructure during site expansion.