✈️ KC-135E 1:500 - SLA 2 • STL files
➡️ Download 3D print model: https://cults3d.com/:801061
💡 Designed by @Herisuprapto
@cults3d #scalemodel #3dprintinglife #businessjet #modelhobby
✈️ KC-135E 1:500 - SLA 2 • STL files
➡️ Download 3D print model: https://cults3d.com/:801061
💡 Designed by @Herisuprapto
@cults3d #scalemodel #3dprintinglife #businessjet #modelhobby

Le dernier-né des avions d’affaires de Dassault a décollé le 19 juin 2026, à 11h10 de l’aéroport Bordeaux-Mérignac. Le vol inaugural a duré deux heures et demie au cours desquelles, le Falcon 10X a pu montrer ce qu’il avait dans le ventre. Au cours de ce premier vol, le Falcon 10X est monté à 12.000
✈️ S-92A Helibus 1:400 - SLA 2 • STL files
➡️ Download 3D print model: https://cults3d.com/:3397260
💡 Designed by @Herisuprapto
@cults3d #scalemodel #3dprintinglife #businessjet #modelhobby

The S-92A Helibus features a sleek, modern fuselage with smooth contours designed for stability and efficiency in flight. Its spacious cabin and large windows give it a distinctive profile often associated with VIP transport and advanced rescue operations. The twin-engine layout and high tail boom create a balanced, purposeful silhouette recognizable from almost any angle. S-92A Helibus 1S-92A Helibus 1/400, this helicopter is printed with a resin printer, and here is a video link about how this helicopter is printed: https://youtu.be/kDWcNtzA1u8 Here’s what each label means: - FDM: Printed on an FDM machine. These versions have lower detail, no panel lines, no engine blades, and use thicker walls. - SLA 1: Printed on an SLA machine. These include antennas, include engine blades, have thinner walls, but still do not have panel lines. - SLA 2: Same as SLA 1, but with added panel lines for higher surface detail.
✈️ B777-200 1:750 - FDM • STL files
➡️ Download 3D print model: https://cults3d.com/:65239
💡 Designed by @Herisuprapto
@cults3d #scalemodel #3dprintinglife #businessjet #modelhobby

The Boeing 777-200 is a long-range, wide-body twinjet known for pioneering the ETOPS (Extended-range Twin-engine Operational Performance Standards) certification, allowing it to fly routes previously restricted to three- or four-engine aircraft. Its distinctive landing gear features six wheels per main bogie, a design choice necessary to distribute its significant weight on standard taxiways and runways. Here’s what each label means: - FDM: Printed on an FDM machine. These versions have lower detail, no panel lines, no engine blades, and use thicker walls. - SLA 1: Printed on an SLA machine. These include antennas, include engine blades, have thinner walls, but still do not have panel lines. - SLA 2: Same as SLA 1, but with added panel lines for higher surface detail.

Le Phantom 3500 d’Otto Aerospace vient de franchir une étape importante de son développement. Le constructeur américain a validé la Preliminary Design Review (PDR pour phase préliminaire de conception) de son jet d’affaires à écoulement laminaire, ouvrant la voie à la préparation industrielle. Réalisée fin février 2026 à Jacksonville, en Floride, cette étape marque le
La startup américaine Otto Aerospace a franchi une étape clé dans le développement du Phantom 3500, son jet d’affaires ultra-efficient misant sur l’aérodynamique à flux laminaire pour réduire fortement la consommation de carburant.
Le programme entre désormais dans une phase de conception détaillée avant les premiers essais en vol prévus à partir de 2027.

Le Phantom 3500 d’Otto Aerospace vient de franchir une étape importante de son développement. Le constructeur américain a validé la Preliminary Design Review (PDR pour phase préliminaire de conception) de son jet d’affaires à écoulement laminaire, ouvrant la voie à la préparation industrielle. Réalisée fin février 2026 à Jacksonville, en Floride, cette étape marque le
✈️ Avro RJ85 1:500 - FDM • STL files
➡️ Download 3D print model: https://cults3d.com/:480224
💡 Designed by @Herisuprapto
@cults3d #scalemodel #3dprintinglife #businessjet #modelhobby

The Avro RJ85, an evolution of the British Aerospace 146, is a distinctive quad-jet regional airliner known for its characteristic high-wing design and low-noise performance, often utilizing its large wing area and flaps for steep approaches into city airports. Its power comes from four reliable Honeywell ALF 507 turbofan engines, which are key to its exceptional short-field capability and quiet operation. This model is printed using an FDM printer, I hope you like it, thank you. Here’s what each label means: - FDM: Printed on an FDM machine. These versions have lower detail, no panel lines, no engine blades, and use thicker walls. - SLA 1: Printed on an SLA machine. These include antennas, include engine blades, have thinner walls, but still do not have panel lines. - SLA 2: Same as SLA 1, but with added panel lines for higher surface detail.
Flights to nowhere can be fun
I hadn’t planned on my brief visit to Vancouver for Web Summit’s second annual conference there to include any flying between my landing at Vancouver International Airport Monday and my departure from YVR Thursday morning. But sometimes, your event schedule has a gap just large enough for somebody to pilot a floatplane through.
That idea of taking an aerial tour of Vancouver got lodged in my head at Web Summit Vancouver last May–when I found myself distracted by aircraft departing from and arriving at Vancouver Harbour Flight Centre, next to the convention center and its bitmapped-orca Douglas Coupland sculpture.
And as I was nearing the end of my first five appointments on an overscheduled Tuesday, I realized that a) I had almost two hours before my next appointment and b) the weather looked ideal for flying, at least compared to Wednesday morning’s forecast of clouds and possibly rain. So I booked a 20-minute tour flight on Harbour Air’s site at what seemed a workable time before I had to walk a few blocks away for an offsite panel.
The flight on this 67-year-old de Havilland DHC-3T Turbine Otter was what I hoped and expected it to be, going from my experience taking a floatplane ride above Seattle out of Lake Union 13 years ago. Taking to the air and returning from it without solid ground below the wing feels like cheating at flying; being in a plane small enough where you can see the pilot adjust the controls and almost immediately see and feel the aircraft respond provides an extraordinary demonstration of aerodynamics at work; the views from a large and non-pressurized window maybe 1,000 feet above ground are magical.
(The timing of this particular flight was less than magical, in the sense that it seemed that Harbour consolidated its 3 and 3:15 p.m. tour flights into one that departed at 3:20 and then left me hustling to get to my panel. I’ll expand on my avoidable scheduling fail in this Sunday’s weekly recap.)
Avgeeks sometimes call out-and-back bookings like this “flights to nowhere,”1 and I’ve now taken enough of them to realize I may have a bit of a flying problem.
My introduction, as far as I can remember, took place at a 1997 air show at College Park’s airport–the oldest continuously-operated airfield in the world–at which I recall paying $20 in cash for a flight in what years-later searching suggests was a Stearman Model 75 Kaydet biplane.
I then went almost 16 years before the next such flight, my Lake Union joyride–and then followed that days later with a balloon excursion above Sonoma County, Calif., that remains my slowest-ever aviation experience.
2014 bought a work-related flight to nowhere, a hop out of Austin during SXSW on the inflight WiFi operator Gogo’s business jet. That company invited me to try out the ground-to-air connectivity on this Canadair CL-600 by texting people, so I taunted a friend on the ground with “I’m texting you from a private jet. How are you?” and got the reply I deserved.
I had another Gogo flight to AUS and back in 2016 on the 737-500 that Gogo had acquired in the meantime, on which I saw a travel journalist successfully ask the pilots for a chance to experience takeoff in the cockpit jumpseat. That led me to make the same request before another Gogo flight on that 737 in 2017, treating me to an EWR-departure experience unlike any other.
In 2019, a friend took my wife and I on a tour above Sonoma County in his Diamond Star DA40 single-engine, four-seat aircraft. That remains my smallest-plane experience, and the only one in which I got to touch the controls. Briefly.
In 2021, I had my loudest-plane experience when I spent $450 to fly on a 1945-vintage B-25 bomber out of Hagerstown, Md., my only flight to date to allow a view from a tail gunner’s seat.
And in 2023, JSX treated me and other invited journalists to a DAL-DAL hop to try out Starlink WiFi on an Embraer 145.
The last two years tacked on ORD-ORD and LAX-LAX flights courtesy of United Airlines to test their deployment of Starlink on an Embraer 175 and then a Boeing 737. And with this week’s joyride above British Columbia’s metropolis, I have to accept that I’ve developed a moderately expensive habit here.
Which is okay with me.
✈️ Embraer ERJ145 1:500 - SLA 1 • STL files
➡️ Download 3D print model: https://cults3d.com/:708443
💡 Designed by @Herisuprapto
@cults3d #scalemodel #3dprintinglife #businessjet #modelhobby

The Embraer ERJ 145 features a sleek, low-wing design and is characterized by its pair of rear-mounted AE3007 turbofan engines, giving it a distinctive silhouette. Its efficient supercritical wing profile and T-tail configuration contribute to its performance and stability as a regional jet. This model is made for SLA printers and has never been printed before. Here’s what each label means: - FDM: Printed on an FDM machine. These versions have lower detail, no panel lines, no engine blades, and use thicker walls. - SLA 1: Printed on an SLA machine. These include antennas, include engine blades, have thinner walls, but still do not have panel lines. - SLA 2: Same as SLA 1, but with added panel lines for higher surface detail.