The Science behind the Digi Sync
Digital pressure measurement engineered for the fastest response, highest accuracy and most stable carburetor synchronization.
The Science behind the Digi Sync
Digital pressure measurement engineered for the fastest response, highest accuracy and most stable carburetor synchronization.
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Faster Response
Low internal air volume and high-speed sampling capture pressure changes almost instantly
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Higher Resolution
Digital sensing with 0.2kPa resolution reveals small differences analog gauges miss.
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Stable Readings
Digital filtering removes noise while preserving true pressure signals for rock-steady readings.
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No Mercury
Safe, reliable and environmentally friendly. No fluids, no leaks, no compromises
How The Digi Sync Measures Intake Pressure
Joe, this is a line if you want to add extra text.
Faster Response = More Accurate Sync
Pressure step response comparison. Faster response means you see more changes, not lagged, damp approximations.
See the real difference
Intake Pressure Waveform - Two stroke engine (Three Take Events). Actual pressure pulses captured by Digi Sync at 1,000 samples/seconds. That's 100x more detail than 10 samples/second.
Why sampling rate matters
Two-stroke intake pressure changes extremely fast. Low sample rates miss critical events - leading to inaccurate reading and poor synchronization.
Key Performance Benefits
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Fast Response
Responds in ~45 milliseconds to a pressure change. See what's happening in real time.
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High Resolution
0.2 kPa resolution reveals small differences for precise synchronization.
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Stable & Repeatable
Digital filtering eliminates noise and oscillation for steady, repeatable readings.
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Temperature Stable
MEMS sensors provide excellent temperature stability with no calibration drift.
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Built to Last
Solid-state design with no fluids, no leaks, and no maintenance.
NO MOVING PARTS!
Engineering Note
Vacuum in an engine is highly dynamic. It changes every few milliseconds.
The Digi Sync samples hundreds of times during each intake event, allowing it to distinguish transient pressure changes from the true average vacuum level.
Digi Sync vs. Analog Gauge
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| Feature | Digi Sync (Digital) | Analog Gauge |
| Response Time | ~45 ms | ~150-200 ms |
| Resolution | 0.2 kPa | 1-5 kPa |
| Sampling Rate | 1000 samples/sec | N/A |
| Noise Filtering | Advanced Digital | None |
| Calibration Drift | None | Yes |
| Temperature Stability | Excellent | Moderate |
| Fluids/Leaks | None | Yes (mercury / oil) |
| Safety | No Mercury | Mercury hazard |
| Maintenance | None | Periodic |
| Consistency | Highly Repeatable | Varies |
INTAKE AVERAGING – SMARTER, SMOOTHER, MORE ACCURATE
Forget the chaotic needle-bouncing of old-school gauges. Our advanced intake averaging algorithm filters out irrelevant exhaust stroke data, delivering laser-precise intake stroke measurements.
Syncing made easy
SYNC SMARTER. RIDE HARDER. RIDE SAFER!
Syncing made easy
SYNC SMARTER. RIDE HARDER. RIDE SAFER!