Moon Sweepers Speedrun Guide: Complete Progression & Automation Routing

Master your Moon Sweepers speedrun with optimal tool progression, solar logistics routing, vehicle automation, and sector-clearing strategies.

Tackling a lunar surface covered in millions of tons of cosmic debris sounds like a chore, but optimizing a moon sweepers speedrun turns the massive undertaking into a razor-sharp exercise in logistics. When you are tasked with cleaning over 163,000 sectors starting with nothing more than a standard bathroom toothbrush, every second and credit counts. Executing a viable moon sweepers speedrun requires understanding exact upgrade thresholds, skipping trap purchases, and transitioning seamlessly from manual sweeping to industrial automation.

Whether you are aiming for early-game sector personal bests or plotting a full lunar cleanup run, this comprehensive guide breaks down the optimal progression route from manual brooms to high-capacity rovers and processing facilities.

Core Sector Mechanics: The 163,000-Tile Reality

The sheer scale of the lunar surface is the first hurdle any runner faces. The map consists of roughly 163,000 hexagonal sectors extending well beyond the starting crater into distant mountain ranges.

Fortunately, you do not need to scrub every single microscopic particle of moon dust to clear a sector. The game engine features a completion threshold: once a sector reaches roughly 95% to 98% cleared, the remaining dust evaporates automatically, rewarding you with an instant sector completion cash bonus (typically $10 in early zones).

Sector Clearing Route:
[Straight Line Sweeps] ➔ [Hit ~95% Threshold] ➔ [Collect $10 Sector Bonus] ➔ [Advance to Next Hex]

Early routing relies entirely on understanding this cutoff. Wandering around chasing stray pixels is the primary time sink that derails an early run. Instead, runners prioritize straight, overlapping lines across the hexagon, trigger the auto-clear threshold, and immediately transition to the next adjacent tile.

Sector Clearing Benchmarks

Milestone / Sector Tier	Target Completion Time (Solo)	Primary Tool / Setup	Sector Bonus	Strategic Objective
Sectors 1–5	6–8 Minutes	Toothbrush & Hand Brush	$10 per tile	Liquidate dust directly to unlock the Tool Belt and Hammer.
Sectors 6–15	10–12 Minutes	Household Broom	$10 per tile	Stack dust revenue to skip intermediate tool upgrades.
Sectors 16–30	12–15 Minutes	Extra-Wide Broom	$10 per tile	Fund the Pressure Chamber ($500) and tracking solar grid.
Sectors 31–100+	Variable (<45s/tile)	Push Sweeper / Rover	Variable	Continuous automation via material processing and belt lines.

Early-Game Routing: From Toothbrush to Household Broom

Every run begins at the Lunar Surface Division dock. After signing your contract, you receive the base toothbrush, which holds a meager volume of dust worth roughly $0.50 per deposit cycle. Community reports consistently show that the biggest mistake beginners make is upgrading the container size of temporary early-game tools. Spending cash on capacity upgrades for tools you will discard within ten minutes destroys your run tempo.

The fastest early-game strategy is linear sweeping. Do not circle the borders of a hex. Instead, sweep in straight lines forward to maximize dust intake per second. Walk straight, fill the tool to capacity, pack the capsule, and sprint to the collection port.

Manual Tool Progression Order

Toothbrush: Use only long enough to scrape together $5 for the Nail Brush.
Nail Brush ($5): A minor width upgrade. Do not purchase its $8 container upgrade.
Hand Brush ($11–$15): Increases baseline payload to 1 kg per run.
Household Broom ($25): The first massive power spike. It holds 3 kg of dust ($3 baseline payout) and clears a much broader strip per sweep.

Once you equip the Household Broom, clean two full sectors to hit the 95% threshold on each. The combined revenue from sold dust and completion bonuses will push your bankroll over $50, putting the construction Hammer and Tool Belt within reach.

Manual Tool Efficiency Comparison

Tool Name	Unlock Cost	Dust Capacity	Sweep Width Rating	Speedrun Recommendation
Toothbrush	Free (Starting)	~0.25 kg	Minimal	Discard immediately after earning $5.
Nail Brush	$5.00	~0.50 kg	Low	Transitory step; never purchase container upgrades.
Hand Brush	~$11.00	1.00 kg	Moderate	Good fill rate; use to reach Household Broom.
Household Broom	$25.00	3.00 kg	High	Core early tool; clean 2–3 tiles to bankroll building tools.
Wide Broom	$75.00	6.00 kg	Very High	Optional intermediate step; can be skipped if micro is clean.
Extra-Wide Broom	$120.00–$140.00	12.00 kg	Maximum Manual	Essential for manual clearing prior to full garage deployment.

Power Logistics and Processing Multipliers

Relying purely on raw moon dust sales ($1.00 per kg) creates an insurmountable wall during any serious moon sweepers speedrun. To afford higher-tier sweepers and industrial gear, you must transform raw dust into refined commodities. The game features a multi-tiered refinement economy that multiplies the value of your swept material:

Raw Moon Dust: Sells for baseline $1.00 per kg.
Moon Sand (Pressure Chamber - $500): Sells for 3x the price of raw dust.
Moon Stone Blocks (Stone Press - $1,000): Requires 1 kg dust + 1 kg sand; sells for 7x the base dust price.

Dust Economy Multiplier Pipeline:
Raw Dust ($1/kg) ➔ Pressure Chamber ➔ Moon Sand ($3/kg) ➔ Stone Press (+1kg Dust) ➔ Moon Stone Block ($7/kg)

The catch to material processing is electricity. Refining structures require active wattage, which introduces the day/night cycle bottleneck.

Navigating the Lunar Day/Night Cycle

Static base solar panels cost $75 and produce roughly 3–4 kW of power, but they only function when facing direct sunlight. As the moon rotates, static panels drop to 0 kW output, stalling your Pressure Chambers and draining internal machine buffers.

Player experience confirms that static solar panels are an economic trap for mid-game scaling. Instead, prioritize Sun-Tracking Solar Panels ($150+). These automated panels rotate dynamically to follow the sun, outputting up to 16 kW at peak efficiency and maintaining grid uptime significantly longer than stationary units.

Power Infrastructure Specifications

Power / Processing Unit	Build Cost	Energy Consumption / Output	Processing Rate	Speedrun Priority
Static Solar Panel	$75.00	+3 to 4 kW (Day Only)	N/A	Build only one to temporarily jumpstart your first chamber.
Sun-Tracking Solar Array	~$160.00	+16 kW (Dynamic Tracking)	N/A	Essential; powers heavy machinery through low-angle sunlight.
Pressure Chamber	$500.00	-10 kW (Active Draw)	1 kg Dust ➔ 1 kg Sand	High priority; triples early cash flow immediately.
Stone Press	$1,000.00	-18 kW (Active Draw)	2 kg Mix ➔ Moon Stone	Core mid-game target; yields 7x return per kilogram.
Conveyor Belt (Per Segment)	Varies by Length	Negligible	Constant Transport	Critical to connect distant tiles directly to base intake ports.

To streamline your planning, review the official system requirements and community hubs on Moon Sweepers on Steam to keep track of the latest balance patches and mechanics updates.

Mid-Game Vehicle Routing and Automation

Once you hit four-figure cash reserves, manual sweeping becomes obsolete. Transitioning your moon sweepers speedrun into the mechanized era begins at the Garage ($200).

The entry-level vehicle is the Push Sweeper ($300). While its ground movement speed is comparable to walking with an Extra-Wide Broom, its hopper capacity is massive: a whopping 100 kg. This allows you to sweep continuous strips across multiple hexagons without stopping to pack individual canisters.

Mechanized Hopper Loop:
[Push Sweeper: 100kg Sweep] ➔ [Drive Under Dock Unload Arm] ➔ [Auto-Dump to Conveyor] ➔ [Direct Feed to Pressure Chamber]

Optimizing Vehicle Unloading

Vehicles do not dump inventory through the player UI. You must position the vehicle directly under an automated unloading post or garage hopper interface. Setting up an elevated conveyor belt that loops directly underneath the vehicle drop chute ensures that 100 kg of dust is instantly fed into your Pressure Chambers without manual sorting.

Vehicle & Logistics Tier List

Vehicle / Platform	Purchase Cost	Hopper Capacity	Optimal Use Case	Progression Impact
Push Sweeper	$300.00	100 kg	Early continuous line sweeping.	High; removes canister micro-management.
Ride-On Sweeper	$1,000.00	350–500 kg	Rapid multi-sector boundary clearing.	Very High; speeds up cross-crater transit.
Mega Vacuum Rover	$6,000.00	1,000+ kg	Industrial wide-scale autonomous cleaning.	End-game speedrun requirement for outer sectors.
Robot Dock Vacuum	$250.00	Autonomous	Cleans 37 hexes immediately adjacent to base.	Situational; clears base perimeter passively while you scout.

Solo vs. Co-Op Speedrun Optimization

Executing a moon sweepers speedrun changes dramatically depending on your lobby size. The game supports up to 16 players in co-op multiplayer. However, community reports highlight that multiplayer lobbies share a single economic pool while task progression must be coordinated carefully to avoid redundant tool purchases.

In a 16-player lobby, specialization is paramount. Splitting responsibilities prevents the common bottleneck where all players crowd around a single base deposit port:

Scouts (2 Players): Use lightweight brooms and mobility boots to clear perimeter sectors to the 95% threshold to collect rapid $10 bonuses.
Excavators (8–10 Players): Drive push sweepers in parallel lines to feed high-capacity hoppers.
Engineers (2–4 Players): Manage the power grid, construct conveyor logistics, and keep the Pressure Chambers and Stone Presses running at full capacity.

For solo runners, linear prioritization is essential. Never build an automated machine unless you have already cleared the footprint beneath it and stockpiled the materials needed to instantly power it up. Deconstructing misplaced machinery incurs a 25% refund penalty, which can easily ruin a timed personal best.

Common Routing Pitfalls to Avoid

Maintaining maximum efficiency during your run means recognizing common traps before they waste valuable minutes:

The Canister Storage Trap: Avoid buying enlarged canisters for early manual tools. You discard the toothbrush and nail brush almost immediately; spending money on their upgrades is wasted capital.
Nighttime Construction: Never place unbuffered electric machinery right as the sun dips below the horizon. Without battery storage or daytime solar input, that investment sits idle while your split timer runs.
Chasing 100% Visual Cleanliness: Remember the 95% auto-clear rule. Leaving a few stray pixels behind to claim the completion bonus is always faster than trying to make every hexagon spotless.
Conveyor Elevation Errors: Ensure your conveyor lines are level with the dock receiving ports. If a belt is placed too high, dropped canisters will bounce off the frame and scatter across the ground.

Frequently Asked Questions

What is the exact auto-complete threshold for sectors in Moon Sweepers?

Based on player testing and community data, sectors auto-clear once approximately 95% to 98% of the surface dust is swept. When this threshold is triggered, the remaining particles vanish, and the sector's clear bonus (typically $10 in early zones) is credited to your balance automatically.

How do you maintain power at night during a moon sweepers speedrun?

Early-game static solar panels provide zero wattage during the lunar night. To maintain production through dark cycles, runners must rush Sun-Tracking Solar Panels placed on elevated topography, or rely on energy storage batteries. Advanced routes prioritize stockpiling hoppers before nightfall and processing refined sand in rapid daytime bursts.

Should you buy the $250 Robot Dock Vacuum early?

Generally, no. The automatic dock vacuum only clears 37 hexagons immediately surrounding the starting structure. In an optimized run, you can manually clear those initial sectors in minutes using a Household Broom, saving that $250 to directly fund your first Pressure Chamber ($500) or Push Sweeper ($300).

Can you reorient structures after placing them?

No. Once a machine, solar panel, or conveyor is set, it cannot be rotated. You must deconstruct the structure using the demolition tool, which only returns 75% of the original purchase cost. Careful initial placement is critical to avoid economic penalties during timed runs.