Last updated: July 7, 2026
shapez 2 Beginner's Logo Factory Guide
The shapez 2 logo — a white circle base with a red star, blue half-circle, and yellow pin stacked on top — is the game's most iconic shape. Building a factory that produces this logo from scratch is both a rite of passage for new players and an excellent exercise in understanding every core production system: shape extraction, cutting and rotating, paint mixing and application, fluid management, and multi-layer stacking. This guide walks you through building a complete Logo Factory step by step, from raw resource extraction to the final multi-layer output. Each layer of the logo requires different production techniques, making this an ideal teaching project for players who have completed the tutorial but are not yet comfortable designing their own production chains. By the end of this guide, you will have a working factory that produces the game's logo shape and a solid understanding of how to design production for any multi-layer shape.
Understanding the Logo Shape
The shapez 2 logo is a four-layer shape with the following stack order, from bottom to top: a white full circle (Layer 1), a red star (Layer 2), a blue top half-circle (Layer 3), and a yellow pin centered at the top (Layer 4). Each layer must be produced independently before the layers are stacked together. The layer order matters — the white circle must be at the bottom and the yellow pin at the top. If layers are stacked in the wrong order, the result will not match the Hub delivery goal for the logo shape.
The white circle is the most complex layer to produce because it requires all three primary paint colors (Red, Green, Blue) to be mixed into white paint, which is then applied to a plain circle. The fluid balancing requirement for white paint makes this layer the most common point of failure in a Logo Factory. If the three color inputs are not balanced, the White Mixer operates at significantly reduced throughput, starving the Painter and limiting the entire factory's output.
The red star, blue half-circle, and yellow pin layers are simpler because each uses a single primary color. However, the star and pin shapes require extra production steps beyond simple extraction — the star must be extracted from a star deposit or constructed from basic shapes using cutters and rotators, and the pin requires a quarter-circle to be compacted down. Understanding each layer's requirements is the first step toward planning an efficient factory layout.
Logo Layer Breakdown
The table below breaks down each layer of the logo shape, listing the shape type, color requirements, buildings needed, expected throughput, and difficulty level. Use this table to plan your resource allocation and identify which layer will be the throughput bottleneck before you start building.
| Layer | Shape | Color | Buildings Required | Throughput | Difficulty |
|---|---|---|---|---|---|
| Layer 1 — White Circle (Bottom) | Circle (full) | White (R+G+B mixed paint) | 3 Color Extractors (Red, Green, Blue), 1 Fluid Balancer, 1 White Mixer, 1 Fluid Storage Tank, 1 Painter (White) | 0.5 painted shapes/sec for a standard single-Painter setup | Intermediate — requires balanced 3-color input and correct pipe routing |
| Layer 2 — Red Star | Star (full, uncolored base) | Red (single color paint) | 1 Star Extractor or 1 Cutter + 1 Rotator assembly, 1 Red Extractor, 1 Red Mixer, 1 Fluid Storage Tank, 1 Painter (Red) | 0.5 painted shapes/sec. Star shape supply is typically the bottleneck on this layer | Intermediate — requires Star shape extraction or manual star construction |
| Layer 3 — Blue Circle (Top Half) | Circle Half (Top half only, positioned above the star) | Blue (single color paint) | 1 Circle Extractor, 1 Cutter (Half), 1 Blue Extractor, 1 Blue Mixer, 1 Painter (Blue) | 0.5 painted shapes/sec. Half-circle production is straightforward with a basic cutter setup | Easy — half-circle cutting is a fundamental operation learned early in the game |
| Layer 4 — Yellow Pin (Center) | Pin (small circle, centered) | Yellow (single color paint) | 1 Circle Extractor, 1 Cutter (Quarter), 1 Compactor (optional for smaller pin), 1 Yellow Extractor, 1 Yellow Mixer, 1 Painter (Yellow) | 0.25-0.5 painted shapes/sec. Pin production is slower due to the extra Compactor step | Hard — pin shapes require precise cutting and compacting. Color registration must be exact at the small scale |
Complete Production Setup
Building the Logo Factory requires seven distinct production stages, from primary color extraction to final layer stacking. The table below provides a complete blueprint for each stage: which buildings to construct, what belt tiers to use, how to arrange the layout, and optimization tips from experienced players. Follow the layout notes closely for the white paint mixing stage — incorrect Fluid Balancer placement is the single most common mistake in Logo Factory construction.
The factory can be built in approximately 30 to 45 minutes by a player familiar with the basic mechanics. A first-time builder should budget 60 to 90 minutes and expect to troubleshoot fluid routing and layer alignment. Build and test each production stage individually before connecting them together. This modular approach means a problem in the white paint line does not halt production on the other three layers while you debug.
| Production Stage | Buildings | Belt Requirements | Layout Notes | Optimization Tip |
|---|---|---|---|---|
| Primary Color Extraction | 9 Color Extractors total: 3 Red, 3 Green, 3 Yellow, plus 2 each for backup | Tier 1 belts from extractors to Mixers are sufficient. Each extractor produces 1.0 fluid/sec; individual Tier 1 belts easily handle this rate. | Place extractors directly on color deposits. Group Red extractors together, Green together, and Yellow together for clean pipe routing. Keep Blue extractors separate near the blue half-circle Painter. | Add 1 extra extractor per color as a backup. If a deposit depletes, the backup extractor maintains flow while the primary regenerates. |
| White Paint Mixing | 1 Fluid Balancer, 1 White Mixer, 1 Fluid Storage Tank, 2-3 White Painters | Tier 1 fluid pipes from extractors to balancer to mixer. Tier 2 or higher for painted shape output belt. | The Fluid Balancer must sit between the three primary color extractors and the White Mixer. Without the balancer, white output drops to 25% of maximum. Place the storage tank between the White Mixer and the Painters. | Use the shortest possible pipe runs from Balancer to Mixer to Tank. Every tile of excess pipe reduces fluid pressure. The optimal triangular layout places all three buildings within 3 tiles of each other. |
| Shape Production — White Circle | 1 Circle Extractor feeding directly to 1 White Painter | Tier 1 input belt for raw circle shapes. Tier 2 output belt recommended if sharing belt with other layers. | The circle extractor should be adjacent to the Painter for direct insertion. A single circle extractor produces shapes faster than a single Painter can paint them, so the Painter is the bottleneck here. | Add a second White Painter in parallel with its own dedicated pipe from the storage tank if you need to increase white circle throughput beyond 0.5/sec. |
| Shape Production — Red Star | 1 Star source (extractor or construction line), 1 Red Painter | Tier 1 belts throughout. Star shapes are produced at 0.5/sec maximum from a single extractor, matching the Painter throughput. | If using a Star Extractor, place it adjacent to the Red Painter. If constructing star shapes manually, the cutter and rotator assembly should feed directly into the Painter with no unnecessary belt segments. | Star Extractors found on the map are more efficient than manual star construction. Scout for star deposits near your base and build the red star production line there, then belt or train the painted stars to the stacking area. |
| Shape Production — Blue Half-Circle | 1 Circle Extractor, 1 Cutter (Half mode), 1 Blue Painter | Tier 1 belt from extractor to cutter, Tier 1 from cutter to Painter. Painted output on Tier 2 belt if merging with other layers. | The cutter splits one full circle into two half-circles. Connect the cutter output directly to the Painter. Route the unused half-circle (bottom half) to a trash building or storage buffer to prevent belt clogging. | Check the cutter mode is set to Half before starting production. A cutter in Quarter mode reduces the Painter input to unusable fragments and stops production entirely. |
| Shape Production — Yellow Pin | 1 Circle Extractor, 1 Cutter (Quarter mode), 1 Compactor, 1 Yellow Painter | Tier 1 belts for all shape transportation. Pin shape output is 0.25/sec from a single Compactor. | This is the most complex single-layer production line. Chain: Extractor to Cutter to Compactor to Painter. The Compactor reduces the quarter-circle to pin size. Make sure the compactor output faces the Painter directly. | Build two parallel Pin production lines if the single line throughput of 0.25/sec is too slow. Two parallel lines give 0.5 painted pins per second. Mirror the layout for easy copy-pasting of the second line. |
| Layer Stacking | 3 Stacker buildings arranged in cascade | All four layer outputs must converge at the stacking area. Use Tier 2 belts for merged lines carrying more than 1.0 shapes/sec. | Stacker 1: White Circle (bottom) + Red Star = Layer 1+2. Stacker 2: Result of Stacker 1 + Blue Half-Circle = Layer 1+2+3. Stacker 3: Result of Stacker 2 + Yellow Pin = Complete Logo Shape. Test belt routing before connecting to Hub. | Place a Filter Splitter after each Stacker to separate correct outputs from any misaligned shapes. Route correct outputs forward and misaligned shapes to a recycling loop or trash. |
Step-by-Step Build Order
Start with primary color extraction. Place 3 Red, 3 Green, and 3 Yellow extractors on their respective color deposits. Place 2 additional extractors per color nearby as backups that you will activate if a deposit runs low. Run Tier 1 pipes from each extractor group to a central collection point near where your Mixers will be. Do not connect the pipes to anything yet — you are building the infrastructure first. Separately, place 2 Blue extractors and route their pipes toward the blue half-circle production area.
Build the white paint mixing station second, because it is the most complex and most likely to need troubleshooting. Connect the Red, Green, and Blue pipes to a Fluid Balancer. From the Balancer, run one pipe to the White Mixer. From the White Mixer, run one pipe to a Fluid Storage Tank. From the Tank, run two parallel pipes to two White Painters. Test this station by placing a temporary circle extractor next to one Painter. If the Painter produces white circles at close to 0.5 per second, the station is working. If output is slow, check that the Fluid Balancer is correctly oriented and that all three color inputs are flowing.
Build the remaining three color stations (Red Star, Blue Half-Circle, Yellow Pin) in any order. Each station follows the same pattern: shape source to Painter, with a dedicated color fluid pipe from the extractor through a Mixer (and optionally a buffer tank) to the Painter. Test each station individually before proceeding. A station is working correctly if the Painter operates continuously without interruptions and the output belt carries a steady stream of correctly painted shapes.
Finally, build the stacking cascade. Place three Stackers in a row. Connect the white circle output belt to Stacker 1's bottom input and the red star output to Stacker 1's top input. Connect Stacker 1's output to Stacker 2's bottom input and the blue half-circle output to Stacker 2's top input. Connect Stacker 2's output to Stacker 3's bottom input and the yellow pin output to Stacker 3's top input. The final output of Stacker 3 should be complete logo shapes heading toward your Hub. If any shapes are misaligned (colors in wrong positions), check the Stacker input order — the bottom layer goes to the bottom input, and each subsequent layer goes to the top input of the next Stacker.
Frequently Asked Questions
Q: My white circles are coming out unpainted or partially painted. What is wrong?
This is almost always a fluid supply issue. Check that the Fluid Balancer is correctly receiving Red, Green, and Blue inputs at equal rates. If any input pipe has fewer valves than the others, that color will arrive slower and bottleneck the White Mixer. Also check that the Fluid Storage Tank between the White Mixer and the Painters is not empty — if it is, the White Mixer is not producing fast enough to keep up with Painter demand. Add a second White Mixer in parallel if a single Mixer cannot satisfy the demand from two or more White Painters. Finally, verify that the pipe from the Tank to each Painter has at least 2 valves to maintain full fluid throughput.
Q: Why are my stacked shapes coming out with layers in the wrong order?
Stacker input order is directional. The bottom input of a Stacker receives the base shape, and the top input receives the layer to be stacked on top. If your logo shapes have the red star on the bottom instead of the white circle, you have reversed the inputs on Stacker 1. The correct order is: White Circle to Stacker 1 bottom, Red Star to Stacker 1 top. Then Stacker 1 output to Stacker 2 bottom, Blue Half-Circle to Stacker 2 top. Then Stacker 2 output to Stacker 3 bottom, Yellow Pin to Stacker 3 top. Use Filter Splitters after each Stacker to verify the intermediate shapes before connecting to the next Stacker.
Q: How long does it take to build the Logo Factory?
For a player comfortable with the game's mechanics, building a Logo Factory takes approximately 30 to 45 minutes from placing the first extractor to seeing the first complete logo shape arrive at the Hub. First-time builders should expect 60 to 90 minutes, with most of the extra time spent troubleshooting the white paint fluid balancing and the pin shape production. The fastest reported build time by an experienced speedrunner is 22 minutes using a pre-planned layout and blueprint-based construction. Build time is heavily influenced by how close your color deposits and star deposits are to your factory location — scouting for nearby deposits before starting can save significant time.
Q: Can I use this factory layout for other multi-layer shapes?
Yes. The Logo Factory layout is a modular design that can be adapted to produce any multi-layer shape. The key principle is that each layer has its own dedicated production line (shape source plus painting station), and the layers are combined through a stacking cascade. To adapt the factory for a different shape, replace each layer's shape source with the new required shape and adjust the paint colors as needed. The stacking order must always match the target shape's layer order from bottom to top. The fluid management techniques for white paint and multi-color mixing are the same regardless of the final shape. Once you have built one Logo Factory, you have the skills to build a factory for any shape.