Hydraulic Piston

Recipe

Hydraulic Piston

Machine: assembler fluid · Craft time: 5s

Ingredients

• 1 × Steel Beams
• 30 × Low Density Olumite

Products

• 1 × Hydraulic Piston

Used in

• Operator Robot Arm → Operator Robot Arm
• Operator Robot Leg → Operator Robot Leg
• Farmer Robot Arm → Farmer Robot Arm
• Farmer Robot Leg → Farmer Robot Leg
• Assembly Line Painter → Assembly Line Painter
• Assembly Line Producer → Assembly Line Producer
• Assembly Line Start → Assembly Line Start
• Conveyor Balancer IV → Conveyor Balancer IV
• Conveyor IV → Conveyor IV
• Conveyor Slope IV → Conveyor Slope IV
• Freight Elevator III → Freight Elevator III
• Combat Robot Arm → Combat Robot Arm
• Combat Robot Leg → Combat Robot Leg
• Assault Robot Arm → Assault Robot Arm
• Assault Robot Leg → Assault Robot Leg
• Miner Robot Arm → Miner Robot Arm
• Miner Robot Leg → Miner Robot Leg
• Personal Assistant Robot Arm → Personal Assistant Robot Arm
• Personal Assistant Robot Leg → Personal Assistant Robot Leg
• Hazard Robot Arm → Hazard Robot Arm

Guide

Hydraulic Pistons serve as a vital mid- to late-game mechanical component, crafted exclusively in a fluid assembler. Their role becomes increasingly central as factories expand, since they are a foundational part in the assembly of advanced machines and robotic parts.

As production chains mature, Hydraulic Pistons are required across a broad range of recipes, including key infrastructure such as Freight Elevator III. Their widespread use means that scaling up piston production is a common challenge, especially when building or upgrading complex systems.

Players frequently encounter friction when integrating Hydraulic Pistons into large-scale production lines. Meeting the escalating demand for pistons is essential for maintaining throughput and supporting the next tier of automation.

Tips

• Low Density Olumite is often the main bottleneck in Hydraulic Piston production. Prioritize stable upstream supply and consider parallelizing Olumite processing to keep piston assemblers running.
• Blueprinting dedicated piston lines early can help with scaling later. Leave space for expansion and use modular designs to increase output as demand grows.
• Integrate piston production directly into your mall or bus system to streamline logistics. This reduces transport delays and ensures that downstream builds, especially for advanced robotics, remain supplied.
• Automate the logistics of piston delivery to high-use areas with smart storage and belt routing. This prevents shortages in critical assembly lines as your factory scales.

Unlock requirements

• Robot Components