Palm Beach Dyno: Complete 2026 Guide to Tuning and Performance

Palm Beach Dyno is a performance company based in Boynton Beach, Florida, known for vehicle tuning, dyno development, performance parts, diagnostics, fabrication, and complete vehicle builds. The company focuses heavily on Ford performance, while its current lineup also references platforms such as Chevrolet Corvette models. Palm Beach Dyno says its roots in electronic fuel-injection and performance tuning extend more than two decades, while the company itself was founded by Ken Bjonnes in 2016.

For drivers researching Palm Beach Dyno tuning in 2026, the company is particularly notable for combining in-person dyno work with remote tuning. Its approach is centered on collecting vehicle data, developing calibrations, validating those calibrations, and continuing to refine them as new hardware combinations and software changes appear.

What Is Palm Beach Dyno?

Palm Beach Dyno, often abbreviated as PBD, is a specialized automotive performance business offering tuning and related services. Its facility is located at 1330 W Industrial Ave. #101, Boynton Beach, Florida, according to the company’s published contact information.

The business describes itself as more than a conventional tuning operation. Its current services include dyno tuning, remote tuning, performance parts, installation, fabrication, diagnostics, and vehicle builds.

A major part of its identity is its focus on making the entire vehicle combination work together. Palm Beach Dyno explains that performance depends on the relationship between the engine, transmission, fuel system, cooling system, calibration, suspension, tires, and driver, rather than simply chasing the largest possible horsepower number.

That philosophy is particularly relevant for modified vehicles, where changing one component can affect several other systems.

Palm Beach Dyno Tuning Services

Palm Beach Dyno provides several approaches to calibration depending on the vehicle and its modifications. Its published tuning information separates standard tuning from more extensive remote tuning.

Standard tuning is generally intended for naturally aspirated vehicles and many EcoBoost applications. Customers can also datalog the vehicle and submit information for review. Remote tuning is designed for more complicated combinations, including vehicles with forced induction or serious naturally aspirated modifications that require additional attention.

The company’s current tuning system covers three broad categories: naturally aspirated, EcoBoost, and forced-induction vehicles. For forced-induction combinations, the calibration must account for the vehicle’s particular hardware, fuel, and boost-related configuration.

This approach allows the calibration to be tailored to the actual vehicle instead of treating every car with the same generic settings.

How Palm Beach Dyno Remote Tuning Works

One of the most recognizable aspects of PBD is its remote tuning system. Instead of requiring every customer to bring a vehicle to Florida, the process can use datalogs collected from the customer’s car.

Palm Beach Dyno says customers send a datalog and receive a calibration developed for their specific vehicle, fuel, and modifications. Its current website states that typical tune-file turnaround can be approximately 48 hours, although actual timing can vary according to the vehicle and tuning requirements.

The company also provides a Control Center, where customers can manage vehicles, tune files, datalogs, appointments, and support. The platform is included with Palm Beach Dyno tunes according to its current Control Center information.

This digital approach can be useful for customers who live far from South Florida. Rather than making every calibration session dependent on physical travel, data can be exchanged electronically while the vehicle remains with its owner.

Why Dyno Testing Matters at Palm Beach Dyno

Dyno testing is central to Palm Beach Dyno’s development philosophy. The company says its dyno operates regularly for customer tuning, vehicle development, and calibration validation.

A dyno provides a controlled environment where technicians can examine vehicle behavior under repeatable conditions. However, Palm Beach Dyno emphasizes that its goal is not simply to produce a large dyno number.

The company says its calibration process considers factors such as cold and warm operation, idle quality, part-throttle drivability, throttle response, fueling transitions, boost response, transmission behavior, torque management, heat soak, fuel pressure, knock behavior, and overall consistency.

This broader approach matters because a vehicle that performs well during a single dyno pull may still have problems during normal street driving or repeated track use. Palm Beach Dyno’s stated objective is therefore to develop calibrations that function properly beyond the dyno itself.

Palm Beach Dyno Performance Builds and Parts

PBD also works beyond calibration. Its performance center provides parts, installation, fabrication, diagnostics, and complete builds, allowing multiple stages of a project to be handled within one organization.

The company’s build program includes serialized and turn-key packages developed and tuned in-house. Its published examples include high-output Shelby GT500 projects, including builds exceeding 1,000 horsepower.

The benefit of an integrated performance shop is that parts selection and calibration can be considered together. Instead of choosing components independently and attempting to make them work afterward, the build process can be planned around the vehicle’s intended use.

This is particularly important for heavily modified cars, where engine output, fueling, cooling, transmission behavior, traction, and calibration can all interact.

Diagnostics and Modified Vehicle Support

Another important part of the Palm Beach Dyno operation is vehicle diagnostics. The company says it has access to Ford factory diagnostic software, service information, wiring diagrams, programming resources, and OEM-level tools, alongside aftermarket diagnostic equipment.

This can be valuable when diagnosing a modified vehicle because aftermarket components may interact with factory systems in unexpected ways. A problem might involve electrical wiring, sensors, fuel systems, forced induction, transmission changes, calibration, or networked vehicle modules.

Palm Beach Dyno specifically notes that modified vehicles can require a different diagnostic approach because factory procedures may not account for aftermarket hardware. Its experience with a large number of modified vehicles contributes to its troubleshooting knowledge base.

Palm Beach Dyno in 2026: What Makes It Different?

In 2026, Palm Beach Dyno’s identity extends beyond traditional dyno tuning. The company combines a physical performance center with remote tuning, digital vehicle management, performance parts, diagnostics, and ongoing calibration development.

Its history is also closely connected with Ford performance. Founder Ken Bjonnes has extensive experience with electronic fuel-injection tuning, including work connected with SCT, DiabloSport, and Lund Racing before founding Palm Beach Dyno.

The company’s current website states that it has more than 25 years of experience in the performance industry, while its own history identifies Palm Beach Dyno as having been founded in 2016.

For customers, the key consideration is not simply the maximum horsepower a tuner can advertise. A strong performance setup should also provide reliable operation, appropriate drivability, sensible calibration, and compatibility between the vehicle’s hardware and software.

Conclusion

Palm Beach Dyno has developed a reputation around vehicle calibration, Ford performance, dyno testing, remote tuning, and high-performance builds. Its current operation combines an in-person South Florida facility with digital tools that allow customers around the world to work with the company remotely.

The company’s approach emphasizes the complete vehicle rather than horsepower alone. Dyno development, datalogging, calibration, diagnostics, parts selection, and real-world testing all contribute to the overall performance strategy.

For anyone researching Palm Beach Dyno in 2026, its biggest distinguishing feature is the combination of hands-on performance experience and data-driven remote tuning. Whether the goal is a mildly modified street vehicle or a much more ambitious performance build, the company’s services are structured around making the entire combination function as a cohesive system.