A 3D printing enthusiast has achieved a 3DBenchy speed record of 59 seconds, a breakthrough that shatters the previous barrier of printing the popular benchmark model in under two minutes. The Minuteman printer, equipped with a revamped bed motion system, has become the first machine to cross the one-minute threshold in the speedrunning community.
Key Takeaways
- The 3DBenchy speed record now stands at 59 seconds, breaking the previous sub-two-minute benchmark.
- The Minuteman printer’s revamped bed motion system is credited with enabling the sub-minute achievement.
- 3DBenchy is the standardized boat-shaped benchmark used across the 3D printing community to test speed and performance.
- The #SpeedBoatRace competition tracks these records with no prize, only bragging rights.
- Earlier record attempts ranged from 2:09 to 2:40, making the 59-second result a dramatic leap forward.
What Is 3DBenchy and Why Does Speed Matter?
The 3DBenchy is a small boat-shaped 3D model that has become the de facto standard for benchmarking 3D printer speed and quality. Rather than printing large, time-consuming projects, enthusiasts use this compact model to test how fast a printer can produce detailed geometry while maintaining acceptable surface finish and structural integrity. The benchmark reveals how well a printer’s motion control, acceleration profiles, and material flow can work together at high speed.
The #SpeedBoatRace is an ongoing competition where 3D printing enthusiasts attempt to print the fastest Benchy possible, competing for bragging rights rather than monetary prizes. Annex Engineering has helped establish official rules and verification procedures for the leaderboard, creating a structured ecosystem around what might otherwise be informal garage experimentation. This standardization matters because it allows fair comparison across different printer architectures and tuning approaches.
The Minuteman’s Breakthrough: Revamped Bed Motion System
The Minuteman printer achieves its record-breaking speed through a revamped bed motion system that fundamentally changes how the machine accelerates and moves during prints. Rather than relying on traditional Cartesian motion, this architectural rethink allows the printer to reach velocities and acceleration rates that previous designs could not sustain without sacrificing print quality or structural stability.
The 59-second result is striking when placed alongside the formal SpeedBoatRace leaderboard context. The fastest verified entry on that leaderboard at the time of the record was a 2 minute and 40 second Benchy on a heavily modified Voron V0.1. The Minuteman’s claimed time represents roughly a 78 percent reduction from that benchmark, a margin so extreme that it signals a genuine engineering shift rather than incremental tuning. Earlier speed records tracked in the same ecosystem included times of 2:09 and 2:19, both of which pale in comparison to the 59-second claim.
How This Record Compares to the Competition
Most mainstream 3D printers still print a Benchy in several minutes, making the sub-minute achievement a departure from typical user experience. The Minuteman’s approach represents an outlier—a machine purpose-built for speed rather than a general-use printer with speed optimization. This distinction matters because it highlights the gap between what enthusiasts can achieve with heavily modified hardware and what consumers can expect from production machines.
The speedrunning community has been steadily pushing Benchy times downward. A few years ago, printing a Benchy in under five minutes was considered impressive. The progression from 2:40 to 2:09 to now 59 seconds shows that the ceiling keeps rising as builders experiment with bed motion mechanics, extrusion systems, and firmware tuning. However, the jump to sub-minute is qualitatively different—it suggests the Minuteman has unlocked a new category of performance rather than simply optimizing existing approaches.
What Makes This Achievement Significant for 3D Printing?
The 3DBenchy speed record matters because it demonstrates the state of the art in motion control and material handling. A printer that can produce a detailed model in 59 seconds must solve several simultaneous challenges: accelerating the bed and nozzle without losing positional accuracy, maintaining consistent extrusion flow at high speeds, and cooling the plastic fast enough to prevent warping or layer adhesion failures. The Minuteman’s success proves these problems are solvable with the right mechanical architecture.
For the broader 3D printing industry, speed records serve as proof-of-concept demonstrations. While most users do not need to print a Benchy in under a minute, the techniques developed in pursuit of such records often trickle down into consumer-grade printers over time. Innovations in bed acceleration, firmware responsiveness, and motion planning that enable the Minuteman’s speed could eventually make their way into production machines, making faster printing more accessible to the wider community.
Is the 59-second 3DBenchy speed record officially verified?
The available sources indicate the 59-second result comes from the Minuteman project, but the research materials do not explicitly confirm whether Annex Engineering or the formal SpeedBoatRace leaderboard has officially verified and listed this time on their leaderboard. There can be a gap between claimed times and officially recognized leaderboard entries, so readers should note that verification status may differ from the headline claim.
How does the Minuteman printer achieve such high speeds?
The Minuteman printer’s revamped bed motion system is credited as the key innovation enabling the sub-minute Benchy. Rather than using conventional Cartesian mechanics, the redesigned bed motion allows for higher acceleration rates and smoother movement, which reduces print time without sacrificing quality. The specific technical details of this system are not fully described in the available sources, but the architectural change is the core differentiator from previous speed-record holders.
What is the difference between 3DBenchy speed records and regular 3D printing?
Speed benchmarking like 3DBenchy is a specialized pursuit focused on pushing a printer to its absolute limits. Regular 3D printing prioritizes reliability, print quality, and material efficiency. A machine tuned for Benchy speed may sacrifice ease of use, material cost, or print surface finish to achieve raw speed. Most users do not need sub-minute Benchy times, but the engineering breakthroughs developed in pursuit of records often improve printers across the board.
The 59-second 3DBenchy speed record represents a watershed moment in 3D printing speedrunning culture. The Minuteman printer’s revamped bed motion system has done what many thought impossible just months ago—it has broken the one-minute barrier. While this achievement may seem niche, it signals that the ceiling for printer performance is far higher than conventional designs suggest. As the speedrunning community continues to refine techniques and share knowledge, expect the gap between speed-record machines and consumer printers to slowly narrow.
Edited by the All Things Geek team.
Source: Tom's Hardware
