The 155 km/h CEO: Masato Uchida and the Science of Velocity at NEOLAB
In the high-pressure corridors of Tokyo’s business districts, the image of a “company president” usually involves tailored suits and boardroom negotiations. However, Masato Uchida is redefining the executive archetype. When he steps off the clock and onto a baseball mound, the suit is replaced by a jersey, and the agenda is replaced by a singular, explosive goal: maximum velocity.
Uchida, the founder and president of the NEOLAB Pitching Academy, has garnered attention across social media and the Japanese baseball community for a striking claim—and the video evidence to support it. He maintains the ability to throw a fastball clocked at 155 km/h (approximately 96.3 mph), a speed that would make him a formidable asset in any professional rotation worldwide.
For the uninitiated, 155 km/h is not merely “fast” for an amateur; it is elite. To put this in perspective for a global audience, the average fastball in Major League Baseball typically hovers around 93–95 mph. For a non-professional athlete—particularly one balancing the demands of running a business—to maintain this level of arm speed is a feat of biomechanical efficiency and rigorous training.
The Philosophy of the ‘Body as a Laboratory’
At the heart of Uchida’s approach is a philosophy he describes as using his own body as a laboratory. Rather than relying solely on traditional coaching tropes or inherited wisdom, Uchida’s methodology through NEOLAB centers on the “essence of pitching.”
The NEOLAB Pitching Academy operates on the premise that velocity is not a genetic lottery, but a result of optimized movement patterns. By analyzing the kinetic chain—the sequence of energy transfer from the ground, through the legs and core, and finally out through the fingertips—Uchida aims to unlock latent power in pitchers of all levels. This scientific lens allows him to bridge the gap between “kusa-yakyu” (Japanese sandlot or amateur baseball) and professional-grade performance.
Through his NEOLAB YouTube channel, Uchida shares clips of his own pitching and instructional breakdowns, positioning himself as both the teacher and the primary case study. By demonstrating that a “president” can still throw 155 km/h, he provides a proof-of-concept for his training regimens.
From the Mound to the Market: The Shibuya Academy
The transition from online demonstration to tangible results happens at the NEOLAB academy located in Shibuya, Tokyo. In a city known for its dense urban landscape and cutting-edge trends, the academy serves as a hub for athletes looking to increase their velocity through personalized instruction.
The academy offers personal lessons designed to diagnose a pitcher’s specific mechanical leaks. These sessions typically begin with a baseline assessment of the athlete’s current velocity and movement patterns. By isolating the inefficiencies in a pitcher’s delivery, NEOLAB focuses on “velocity increase” (球速アップ) through targeted drills and biomechanical adjustments.
For those seeking a professional edge, the academy provides a structured environment where the physics of pitching are prioritized over raw effort. The goal is not simply to “throw harder,” but to throw more efficiently, reducing the risk of injury while maximizing output.
The Cultural Shift in Japanese Amateur Baseball
Uchida’s rise reflects a broader trend within Japanese baseball culture. For decades, the Japanese approach to pitching emphasized control, stamina, and a rigorous, often grueling, training ethos. However, there is a growing movement toward the “velocity era,” influenced by the global trend of data-driven performance and the obsession with the 160 km/h barrier.
The popularity of “velocity specialists” like Uchida suggests that amateur players are no longer content with just “playing the game.” They are treating their bodies like high-performance machines, seeking out specialized academies that can provide the same level of analysis found in professional organizations like the NPB (Nippon Professional Baseball) or MLB.
This shift is particularly evident in the “kusa-yakyu” scene. Once a purely recreational pastime, amateur baseball in Japan is seeing an influx of players who apply professional-grade training to their weekend games, turning local parks into testing grounds for the latest in pitching mechanics.
Breaking Down the Numbers
To understand the impact of Uchida’s 155 km/h claim, it is helpful to look at the velocity benchmarks in a global context:

| Velocity (km/h) | Velocity (mph) | Context/Level |
|---|---|---|
| 140–145 | 87–90 | Competitive High School / Lower College |
| 146–150 | 91–93 | Standard Professional / MLB Average Range |
| 151–155 | 94–96 | Elite / Top-tier Starter Velocity |
| 156+ | 97+ | World-Class / Hard-Throwing Closer |
By sitting firmly in the 155 km/h bracket, Uchida is operating at a level that is statistically rare outside of professional sports. Whether this speed is achieved via a radar gun in a controlled environment or during a game, the mechanical proficiency required to hit those numbers remains constant.
The Path Forward for NEOLAB
As Masato Uchida continues to document his journey and the progress of his students, the NEOLAB Pitching Academy is positioned as more than just a training facility; it is a brand built on the intersection of business discipline and athletic excellence.
For the global baseball community, the “155 km/h CEO” serves as a reminder that the ceiling for athletic performance is often higher than we assume, provided the approach is systematic and the dedication is absolute. As the academy expands its digital footprint, it is likely that more of its “laboratory” findings will be shared with a worldwide audience hungry for velocity secrets.
The next checkpoint for followers of the academy will be the continued release of instructional content on YouTube, where Uchida continues to dissect the mechanics of the fastball and provide actionable advice for those looking to add ticks to their radar gun readings.
Do you think velocity training should be standardized in amateur leagues, or is the risk of injury too high? Let us know in the comments below.
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