-
Continue reading →: My Sling TSi Configuration Omnibus — Every Decision in One PlaceAfter nearly a year of research, conversations, spreadsheets, and the occasional late-night rabbit hole, it’s finally time to lock everything in. As the airplane transitions into the paint phase, every configuration choice—from engine to avionics, from parachute to visors—has been (hopefully!) finalized. This post serves as a consolidated reference of…
-
Continue reading →: Rotax 915iS vs 916iS: Why I Chose the New Generation for My Sling TSiTL;DR: This post compares the Rotax 915iS vs 916iS, the first and most defining decision of my Sling TSi build. The newer 916iS—nicknamed “The Impossible Engine”—delivers 19 more horsepower, a 2000-hour TBO (vs 1200 on the 915iS), and better fuel efficiency while adding only about eight pounds. Inside, it’s almost…
-
Continue reading →: A Pilot-Owner’s Guide: MOGAS vs 100LL in Rotax iS Series EnginesTL;DR: Rotax’s iS-series engines were built for unleaded fuel, not 100LL. MOGAS keeps them cleaner and cheaper to maintain, but avgas is still what most U.S. airports pump. The smart move is to use MOGAS whenever possible and 100LL when you must—add Decalin, use semi-synthetic oil, and stick to 50-hour…
-
Continue reading →: Three Days at Oshkosh: Lessons from the EAA Leadership AcademyWhen I first decided to build an airplane, I knew I was signing up for a technical challenge—but what I didn’t expect was finding a community that feels like aviation’s beating heart. That community is the Experimental Aircraft Association (EAA), a nonprofit that exists to promote and support recreational aviation.…
-
Continue reading →: Working with Evoke Aircraft Design — A Builder’s Guide Airplane Paint Scheme DesignTL;DR: Designing your airplane’s paint scheme is one of the most rewarding parts of the build — and working with a professional studio like Evoke Aircraft Design brings structure, expertise, and precision to the process. In this post, I walk through how the process works, from defining a vision and…
-
Continue reading →: Garmin Pilot: Where Are the ODPs?I was planning an IFR cross-country from Paine Field (KPAE) to Ellensburg (KELN). This is a trip I’ve flown before, threading across the Cascades into central Washington, but this time I wanted to plan it in Garmin Pilot instead of ForeFlight. Why? Because I recently made the switch. And because…
-
Continue reading →: Choosing the Right Aircraft Battery: Lead-Acid vs. Lithium ComparedTL;DR: Lead-acid batteries remain the low-cost, proven option: heavy, short-lived, and maintenance-prone, but simple and predictable. Lithium (LiFePO₄) batteries bring major advantages — lighter weight, stronger starts, stable voltage, and longer lifespan — at the price of higher upfront cost and reliance on electronics. The choice comes down to whether…
-
Continue reading →: Goodbye ForeFlight, Hello Garmin PilotTL;DR: I’m moving from ForeFlight to Garmin Pilot because it offers a cleaner, more ergonomic UI, genuinely rethought instrument charts (SmartCharts), better pricing without locking safety features behind the top tier, seamless Garmin avionics integration with valuable EIS data, and a company trajectory that feels focused on development rather than…







