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GLIDER PLANE FULL
GLIDER PLANE WINDOWS

VALUE PACK! Sure, you can find many Styrofoam plane gliders on the market, however, only this bulk gifts pack offers you this amazing deal! With just one click, you can get 72 colorful airplane gliders your kids will love.Click ‘Add to Cart’ now to get the fun started risk-free!

GLIDER PLANE FULL

Not satisfied with these foam gliding planes? We’ll send you a quick replacement or issue a full refund. BUY RISK-FREE: We fully stand behind our products with the best satisfaction and 100% money-back guarantee.They’re also a great addition to any prize bin, and fun giveaways for contests and carnivals. AWESOME PARTY FAVORS: Looking for birthday party favors that everyone will love? Party goody bag fillers that work with any theme? These bulk glider toys are sure to be a hit.

And assembly couldn’t be easier: just attach the wings to the middle, the flaps on the end, and the propeller to the front. We’ve designed these flying toys for boys and girls using lightweight, soft, yet durable foam.

SAFE TO FLY: Rest easy as those adorable aviators have a blast.

This Styrofoam airplane gliders set has everything from camouflage, stars and stripes, to NASA-themed designs brought to life with vibrant colors.

10 DIFFERENT DESIGNS: We’ve included a variety of color and airplane designs to supercharge the fun.

This makes dishing them out to excited kiddos a breeze. Each of the flying plane toys is individually packed.

INCREDIBLE GLIDING FUN: Launch them in the air and watch them soar! This set comes with a total of 72 (4”) foam glider planes that little ones will love.

No one knows the effects of this atmospheric cocktail, and whatever data the Perlan 2 collects could help sharpen the forecast of humanity’s effects on climate change. When the waves stretch high enough, they break, and chemicals from the troposphere are thrust into the stratosphere, where they can remain for decades. “Somebody will build an airplane for Mars someday, and we’ll have a wealth of data for that person,” says Ed Warnock, the project’s CEO.Ĭlimate Data: The flight has additional scientific implications. Martian Analog: The glider’s flying conditions will be similar to those found on Mars, and the team hopes to share any insights the craft gleans from its flight. Aviation experts will use this research to forecast the waves more accurately, eventually enabling passenger planes to operate in the upper atmosphere, where they could fly farther and faster on less fuel (thanks to the reduced drag).

Science Mission: The glider will be the first to collect scientific data on the powerful-and unpredictable-stratospheric waves. In case of a midflight emergency, the pilots can also deploy an 11-foot-diameter drogue parachute, often used by high-speed aircrafts. Safe Descent: Without an engine to modulate its speed, the Perlan 2 will rely on airbrakes, which flip open and create drag to safely land.

GLIDER PLANE WINDOWS

If the windows crack, the cabin will depressurize and the pilots’ lungs will explode inside their chests. These help control the glider’s pitch, roll, and yaw. Steady Flying: Along with a control stick, pilots will use ailerons and elevators-the movable sections of each wing-and a rudder to navigate turbulence. The airfoil-its aerodynamically shaped, 84-foot wingspan-maximizes efficiency and provides the ideal ratio of lift to drag. Unique wings: Lightweight carbon-fiber wings help the glider to fly in the low-density air of the upper stratosphere. It will also help protect against frigid temperatures and maintain the Perlan 2’s structural integrity. A coating on the polycarbonate windows will absorb the rays. Treated windows: At 90,000 feet, the glider will be exposed to the deteriorating effects of solar radiation. The cabin is circular (rather than the oval shape of most aircraft), so air pressure will push equally on all sides. Tight quarters: Engineers built the 3-by-10-foot pressurized fuselage as small as possible to minimize drag and weight during flight. Perlan 2’s pilots will then detach from the aircraft and continue their ascent using air currents and lithium-ion battery-powered flight instruments. Assisted launch: A 20 horsepower tow plane will use a cable to lift the glider up to 10,000 feet.