Single VS Twin Outboard Engines? Which is BEST on an Axopar 29?

One of the most common questions we get for customers building out their Axopar is should they choose a Single Engine or Twin Engines for their Axopar 29? So we decided to do a head-to-head performance test as we put two Axopar 29s to the challenge! In this video, Mike Porter takes the helm of a single-engine 400hp Axopar 29, while Ben Scheffer pilots the twin-engine 200hp Axopar 29. We’ll take you through a drag race from 0 to wide-open throttle, showcasing how each boat performs across different speeds. Build Your Own Axopar: https://www.ecys.com/axoparconfig Axopar 29 Single vs Twin Engine – Performance Data: https://www.ecys.com/axopar-29-single-vs-twin-engine-performance-data/ Twin Engine – Performance Data 600rpm – 2.6knots – 2.2 NM-G 1000rpm – 4.4knots – 2.1 NM-G 1500rpm – 6.6knots – 1.9 NM-G 2000rpm – 8.0knots – 1.4 NM-G 2500rpm – 10.3knots – 1.3 NM-G 3000rpm – 19.1knots – 2.0 NM-G 3250rpm – 22.4knots – 2.2 NM-G 3500rpm – 25.6knots – 2.3 NM-G 3750rpm – 28.3knots – 2.3 NM-G 4000rpm – 30.9knots – 2.2 NM-G 4250rpm – 33.7knots – 2.1 NM-G 4500rpm – 36.1knots – 2.0 NM-G 4750rpm – 38.9knots – 2.0 NM-G 5000rpm – 41.4knots – 1.9 NM-G 5250rpm – 43.8knots – 1.7 NM-G 5400rpm – 45.4knots – 1.6 NM-G 5795rpm – 48.5knots – 1.4 NM-G Singel Engine – Performance Data 659rpm – 3.0knots – 3.15 NM-G 1000rpm – 4.4knots – 2.76 NM-G 1500rpm – 6.3knots – 2.29 NM-G 2000rpm – 7.7knots – 1.55 NM-G 2250rpm – 8.9knots – 1.53 NM-G 2500rpm – 11.1knots – 1.82 NM-G 2750rpm – 12.7knots – 1.80 NM-G 3000rpm – 14.1knots – 1.72 NM-G 3250rpm – 16.7knots – 1.78 NM-G 3500rpm – 22.7knots – 2.22 NM-G 3750rpm – 25.2knots – 2.27 NM-G 4000rpm – 28.3knots – 2.27 NM-G 4250rpm – 30.8knots – 2.22 NM-G 4500rpm – 33.1knots – 2.13 NM-G 4750rpm – 35.4knots – 2.05 NM-G 5000rpm – 37.4knots – 1.86 NM-G 5250rpm – 39.4knots – 1.64 NM-G 5500rpm – 41.5knots – 1.57 NM-G 5750rpm – 43.5knots – 1.54 NM-G 6421rpm – 49.2knots – 1.42 NM-G Chapters: Single & Twin Engines Explained: 00:00 Axopar Drag Race: 2:43 Performance Recap: 4:50 In Conclusion/Outro: 6:05 Subscribe to our channel: http://bit.ly/ECYSYouTube Follow us on Instagram: http://bit.ly/ECYSInstagram Follow us on Facebook: http://bit.ly/ECYSFacebook