Titleist golf balls—especially the renowned Pro V1 and Pro V1x—are known for their premium performance, unmatched consistency, and cutting-edge construction. But have you ever wondered how a Titleist golf ball is made? From core to cover, every stage of production reflects world-class craftsmanship and innovation.
In this guide, we’ll walk you through the meticulous step-by-step process that goes into creating each Titleist golf ball—and why that process makes all the difference on the Golf course.
How is a Titleist Golf Ball Made? A Step-by-step Guide
Let’s dive into a full step-by-step guide on how a Titleist golf ball is made
Step 1: Core Formulation – The Heart of the Ball
The journey begins at Titleist’s state-of-the-art manufacturing facility in New Bedford, Massachusetts. The core, often referred to as the engine of the golf ball, is made using a proprietary blend of polybutadiene rubber.
- Objective: Control compression for optimal distance and feel
- Process: The rubber is mixed with curing agents and dyes, then shaped into precise spheres
- Impact: Different core recipes influence spin, speed, and softness
In Pro V1, the core is softer and single-layered, while Pro V1x features a dual-core for added power.
Step 2: Dual or Mantle Layer Molding (Multi-Layer Design)
Once the core is cured and cooled, it’s time to build around it. High-performance Titleist balls use one or more mantle layers to manage energy transfer and enhance shot control.
- Materials: Thermoplastic ionomer resins
- Purpose: Add stability, reduce spin on long shots, increase control on short ones
- Customization: Each model has its own formula to match different swing speeds and preferences
This step is essential for delivering the unique flight and trajectory characteristics that Titleist is known for.
3: Cover Molding – What Is the Outside of a Titleist Golf Ball Made Of?
The outer cover is a signature feature in Titleist golf balls. So, what is the outside of a Titleist golf ball made of? The answer is urethane elastomer—a soft yet durable material that provides the ideal blend of spin, control, and durability.
- Method: Precision casting process for consistent thickness and perfect molding
- Result: High spin on short shots, soft feel around the greens, and scratch resistance
- Customization: Tailored for each model—Pro V1, Pro V1x, AVX, etc.
This urethane cover is crucial for the performance many tour players rely on.
4: Dimple Design & Pattern Engraving
Titleist doesn’t just slap on dimples—they engineer them.
- Each model has a unique pattern:
- Pro V1: 388 tetrahedral dimples
- Pro V1x: 348 dimples
- Purpose: Optimize aerodynamics, reduce drag, improve lift and carry
- Process: A computer-modeled mold precisely engraves the dimple layout onto each ball
The pattern is vital for trajectory consistency and distance control in all conditions.
Step 5: Finishing – Paint, Stamp & Seal
Once molded, each golf ball undergoes a series of finishing touches:
- Coating: Multi-layer clear paint finishes applied evenly
- Stamping: Logos, alignment aids, and model names are printed
- Drying: Each layer is oven-cured to ensure durability and longevity
This stage ensures not just aesthetics but also protects the integrity of the ball during play.
6: Rigorous Quality Control & Inspection
Before any Titleist ball reaches your bag, it must pass a battery of automated and human inspections, including:
- Compression and concentricity testing
- Weight and size checks
- X-ray inspections for internal consistency
- Robot testing for flight performance
- Human eye review for finish flaws
More PGA Tour players trust Titleist balls than any other brand because of their obsessive attention to detail.
Step 7: Packaging & Distribution
After they pass inspection, workers carefully package the balls and distribute them globally to retailers, golf courses, and tour pros.
Each sleeve of Titleist balls is a result of decades of innovation, thousands of engineering hours, and hundreds of quality checks.
Conclusion: Why Titleist Golf Balls Stand Above the Rest
Engineers craft Titleist golf balls with precision at every stage, from advanced core chemistry to aerodynamic dimple design. Their production process blends science, engineering, and craftsmanship—resulting in a golf ball that delivers consistent results round after round.
Next time you tee up with a Titleist, you’ll know you’re playing with one of the most technically advanced balls in golf history.