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THE GYROBEE Craft

Introduction of THE GYROBEE Craft , Gyrobee features in so much of what I used to write for Rotorcraft magazine, it has become a rather well known aircraft. This has led to a lot of questions which I hope to answer here on the Gyrobee Page. Before I get to that however, there are a few important points which have to be made.Airframe Specifications

* Empty Weight: 250 pounds (Note 1)
* Useful Load: 250 pounds (Note 2)
* Blades: Rotordyne, 7 3/8 in. chord (Note 3)
* Rotor Diameter: 25 ft.
* Height: 8 ft. 0 in.
* Width: 7 ft. 8 in.
* Length: 12 ft. 0 in.
* Fuel Capacity: 5 gallons
* Engine: Rotax 447 (40 hp.)
* Gearbox: 2.58:1
* Prop: 60-38 2-blade wood (Note 4)

Note 1: weight includes the Rotordyne blades and an ultralight-style instrument pod but no brakes or prerotator. With equivalent Brock or Dragon Wings blades the airframe weight will be about 225-230 pounds, permitting the addition of a prerotator.

Note 2: Assumes a 35-pound fuel load and a 215 pound pilot. Greater pilot weights can be accommodated, as noted later.

Note 3: The aircraft has been flown and performs well on both Brock and Dragon Wings blades.

Note 4: The aircraft flies well on a two-blade, 60 inch IVO Prop set to 14 degrees pitch. This is a very smooth prop and more durable than the wood version, although we think the "woodie" may be just a bit better.

First, the Gyrobee is not a commercial product. There are kits and components on the market (Star Bee Gyros provides everything a Gyrobee builder might need), but I am not connected to the company and I am not selling plans. Since I'm not trying to sell you something, you might find it easier to believe what I have to say about the machine - that's up to you!Second, because aircraft like the Gyrobee are plans- or scratch-built projects (unless you buy a Starbee kit!), they will require a significant investment in time to build. These aren't weekend kits! If you aren't sure a scratch-built machine is what you want, you would be better off with a kit ultralight or Experimental machine.

Third, the Gyrobee was designed from the ground up as a no-compromise, Part 103-legal aircraft. The features incorporated into the Gyrobee assure that it has the characteristics you want from an ultralight - legality, ease of handling, and a decent level of performance. Design features to accomplish this often run counter to current design trends in Experimental machines. Ultralights (fixed-wing or gyro) that work well are not simply scaled-down Experimental models and different approaches are often required. You don't have to believe this, but don't say I didn't warn you! Every feature of the Gyrobee is there on the basis of careful ultralight design considerations, backed up by extensive flight testing.

Proton Emas

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car

Proton Emas conceptual car


Pagani’s Zonda Car

Pagani’s Zonda Car

Only 10 percent of the Zonda F’s DNA has been retained in the R version, and the remaining 90 percent designed by Horacio Pagani from scratch. The Zonda R goes one up over the F in every sense of the word: it is longer and wider than the F, shells out 750hp from a Mercedes-Benz AMG-sourced 6.0 liter V12, and catapults from rest to 100km/h in less than 2.7 seconds. That’s three-quarters of the time the Zonda F takes to achieve the same acceleration. Pagani claims the Zonda R is capable for a top speed of more than 350km/h.

Pagani’s Zonda Car

Pagani’s Zonda Car

Pagani’s Zonda Car

Pagani’s Zonda Car

Pagani’s Zonda Car