The Flight Nerd Weekly Briefing — June 16, 2026

01 — COCKPIT VOICE RECORDER

This week's theme is "old meets new" in general aviation. Continental Aerospace, the engine maker behind a huge chunk of the trainers you've flown, just changed hands in a $535 million deal that brings it back to U.S. ownership after 15 years overseas. Meanwhile, the Recreational Aviation Foundation just kicked off a campaign to reopen more than 15 backcountry airstrips across the country, and the FAA greenlit eight projects testing eVTOL aircraft in 26 states. One story is about the engine that's been bolted to GA airplanes since 1905. The others are about where aviation goes next. Let's get into it.

02 — RADAR CONTACT

Continental Aerospace Comes Home

Arcline Investment Management is acquiring Continental Aerospace Technologies in a $535 million deal, ending 15 years of ownership by China's state-owned AVIC and returning the 121-year-old Mobile, Alabama engine maker to U.S. hands. If you've trained in a Cessna 172, a Piper, or pretty much any piston single built in the last few decades, there's a good chance a Continental engine is what's been keeping you in the air. Why this matters beyond the ownership trivia: Arcline is positioning the deal around Continental's "mission-critical" installed base and aftermarket support network, which is the part GA owners actually feel when they need parts or overhaul work. A healthier, more domestically-focused Continental is good news for anyone who owns or flies behind one of their engines. (AVweb | General Aviation News)

The Backcountry Map Just Got Bigger

The Recreational Aviation Foundation launched "Expanding the Map," a push to open or reopen more than 15 backcountry airstrips across the U.S. starting this year. First up: Walker Ridge in Northern California, a BLM site reopened by RAF volunteers that offers backcountry access and underwing camping within reach of the Sacramento and Bay Area crowd. Taylor Flat in Utah, near the Green River, just reopened too thanks to a joint effort between the RAF and Utah Backcountry Pilots. None of this happens without volunteers showing up with shovels and weed-eaters, which is worth remembering next time you land on a strip that "just exists." If backcountry flying has ever sounded appealing, this is the year the map gets friendlier. (AVweb | theraf.org)

The FAA Just Greenlit Real-World eVTOL Testing

The FAA and the Department of Transportation announced eight selected projects under the Advanced Air Mobility and eVTOL Integration Pilot Program, spanning 26 states and involving major aircraft manufacturers, operators, and state partners. The point of the program is to generate real operational data the FAA can use to build actual regulations for flying electric vertical-takeoff aircraft in the national airspace system, rather than writing rules in a vacuum. The agency says the public should start seeing operations under this program by summer 2026. Translation: those "flying car" renderings you've been side-eyeing for a decade are about to start showing up as actual flights, in actual airspace, possibly near you. (Transportation.gov)

03 — BRIEFING ROOM

Short-Field and Soft-Field Technique: Why the Backcountry Boom Should Make You Practice These

With the RAF reopening backcountry strips left and right, now's a good time to make sure your short-field and soft-field takeoffs and landings are sharp, not just checkride-sharp.

Short-field takeoff: Hold the brakes, apply full power, and confirm you're getting full RPM/static power before releasing. Rotate at the manufacturer's recommended speed (often close to Vx, best angle of climb) and hold that speed until you've cleared the obstacle, then accelerate to Vy. The whole point is trading a few knots of airspeed for a steeper climb gradient over a short distance with an obstacle in the way.

Short-field landing: Fly final at the recommended approach speed (typically slower than normal, often around 1.3 Vso with full flaps), aiming for a specific touchdown point rather than "somewhere near the numbers." Touch down with minimal float, then apply maximum braking without skidding, retracting flaps if the POH calls for it to improve braking.

Soft-field takeoff: Keep the yoke back to lighten the nosewheel and avoid digging in, and get airborne in ground effect before accelerating to climb speed. The goal is minimizing time spent with weight on a soft or rough surface.

Soft-field landing: Carry a little power into the flare and touch down softly with the nose held off as long as possible, transferring weight gradually rather than planting the mains.

These maneuvers exist because grass strips, gravel bars, and high-altitude backcountry fields don't behave like a 5,000-foot paved runway. If you want the full breakdown of performance planning, weight and balance, and density altitude considerations that go along with backcountry flying, the Private Pilot Ground School course covers all of it: flightnerdairforce.com/private-pilot-ground-school-lifetime-access

04 — FLY-IN RADAR

Boeing Seafair Air Show | August 1-2, 2026 | Lake Washington, Seattle, WA

The Blue Angels headline Seafair this year, performing over Lake Washington in one of the most visually striking air show settings in the country. Also on the bill: an F-35B demonstration and a U.S. Air Force C-17 Globemaster III display. General admission is free on Friday, August 1, courtesy of Windermere, with paid grandstand and Captain's Club seating available for both days.

Practical tip: There's no GA ramp at the show site itself. If you're flying in, plan to land at a nearby field (Boeing Field/KBFI or Renton are common options) and arrange ground transportation to the waterfront, since the airspace and roads around Lake Washington get tightly managed on show days. (seafair.org)

Arctic Thunder Open House | August 8-9, 2026 | Joint Base Elmendorf-Richardson, Anchorage, AK

This biennial event is back, and it's a big one: the Blue Angels are making their first appearance at JBER since 2016, joined by the Air Force F-22 Raptor Demo Team, the Army's Golden Knights parachute team, and Alaska's own Joint Forces Demonstration. General entry and parking are free, and the show typically draws upwards of 200,000 people over the weekend.

Practical tip: This is Alaska in August, which means long daylight hours but unpredictable weather even in summer. If you're flying GA into the Anchorage area for this, check NOTAMs early since military airspace around JBER will be active well before and after show hours, and book lodging now. Anchorage hotels fill up fast for Arctic Thunder weekend. (jber.jb.mil)

05 — PATTERN WORK

Here's your FAA written exam question for the week. Work it out before scrolling to the bottom for the answer.

While operating under VFR in Class E airspace below 10,000 feet MSL, what are the minimum flight visibility and cloud clearance requirements?

A) 1 statute mile visibility; remain clear of clouds

B) 3 statute miles visibility; 500 feet below, 1,000 feet above, and 2,000 feet horizontal from clouds

C) 5 statute miles visibility; 1,000 feet below, 1,000 feet above, and 1 mile horizontal from clouds

The answer is at the bottom of the issue. No peeking.

06 — SQUAWK BOX

With Arctic Thunder in this week's Fly-In Radar, here's a fact that surprises a lot of pilots: Alaska has more registered aircraft and more pilots per capita than any other state in the country, by a wide margin. When roads run out, runways take over. In a lot of Alaskan communities, the airplane isn't a hobby or a luxury, it's the pickup truck. Something to think about next time you're complaining about a 30-minute drive to the airport.

Blue skies and tailwinds. See you next Tuesday.

— Ben

07 — PATTERN WORK ANSWER

Answer: B — 3 statute miles visibility; 500 feet below, 1,000 feet above, and 2,000 feet horizontal from clouds.

These are the basic VFR weather minimums for Class E airspace below 10,000 feet MSL under 14 CFR 91.155, often remembered with the mnemonic "3-152" (3 miles visibility, 1,000 above, 500 below, 2,000 horizontal). Above 10,000 feet MSL, the requirements get stricter (5 miles visibility, 1,000 above, 1,000 below, 1 mile horizontal) because aircraft are moving faster and need more room to see and avoid traffic.

If you picked A, you were thinking of the special VFR or Class G near-surface minimums, which are less restrictive but only apply in specific circumstances. If you picked C, you were a step ahead, thinking of the above-10,000-feet minimums. Either way, knowing both sets cold, and which altitude triggers which one, is exactly the kind of detail the written exam loves to test.