Planet Earth

lot 13404, 19th century

18 media by topicpage 1 of 1
Nouveau système de locomotion aérienne du Docteur Van Hecke / dessine et gravé par [ Ch de Ck? ].

Nouveau système de locomotion aérienne du Docteur Van Hecke / dessine ...

Design drawing for system of harnessing several balloons in descending size to provide the lift to transport various weights of people and mail, proposed by Dr. Van Hecke of Brussels. (Source: A.G. Renstrom, LC... More

Tableau explicatif général. Les effets du vol aérien actif / / lith. Schmid.

Tableau explicatif général. Les effets du vol aérien actif / / lith. S...

Technical illustration shows 21 figures about aeronautics: the mechanics of insect flight (Figs. 1, 3-5), wing design (Figs. 7-9, 13-15), the effects of propellers (Figs. 2 & 6), and a man-powered device design... More

Patent drawing - Aérostat dirigeable système Vaussin Chardanne, brevet ... Nouveaux procédés de direction aérienne présenté à lʹInstitut de France, 1852 Public domain  image

Patent drawing - Aérostat dirigeable système Vaussin Chardanne, brevet...

Scaled design drawings for patent issued to Vaussin Chardanne in 1853 for an airship operated by means of six propellers and having accommodations for passengers on two levels. Airship proposal presented to the... More

La locomotion aérienne passive. Principes de la nature sur la chûte reelle des corps, opposé aux lois scientifiques / / lith. Schmid.

La locomotion aérienne passive. Principes de la nature sur la chûte re...

Technical illustration shows 14 figures with various designs for parachutes, including Blanchard's parachute, and several vessels with wings. "Invt. & constr. de Tollin" below fig. 11. Illus. from: L'aéronauti... More

Patent drawing - Navigation aérienne. Solution dʹun grand problème par lʹemploi des voiles mobiles ... Systéme Augte. Lanteigne, menuisier mʹecen., ... / dessiné par lʹauteur. Public domain  image

Patent drawing - Navigation aérienne. Solution dʹun grand problème par...

Scaled design drawings for a patent show Aug. Lanteigne's system of aerial navigation, which used a continuous belt of sails to achieve propulsion. (Source: A.G. Renstrom, LC staff, 1981-82.) Tissandier collection.

[Design drawing for a man-powered flying machine designed by Sir George Cayley] / Lith. Jolicoeur, pass. Vendome, 25.

[Design drawing for a man-powered flying machine designed by Sir Georg...

Illus. from: "Memoire sur la vol artificiel," by George Cayley, in Société aérostatique et météorologique de France, bull. no. 4, 1853, pl. 1. Title devised by library staff. (Source: A.G. Renstrom, LC staff, 1... More

Patent drawing - Navire aérien dirigeable. Systême J.B. Métivier, force ascensionnelle 90,000 kos. Public domain  image

Patent drawing - Navire aérien dirigeable. Systême J.B. Métivier, forc...

Scaled design drawing for a patent submitted by J.B. Métivier shows two cross-sections for a fish shaped airship utilizing balloons, sails, bellows, and propellers to transport passengers. (Source: A.G. Renstro... More

Navire aérien, le poisson volant, inventé et exécuté par M. Camille Vert, ingénieur-mécanicien ... / Paris, Camille Vert, rue de la Pépinière, 86.

Navire aérien, le poisson volant, inventé et exécuté par M. Camille Ve...

Broadside announcing the exhibit at the Palais de l'industrie, séances expérimentales in Paris of a fish-shaped, steam-powered airship designed by Camille Vert. Features design drawing of the airship, equipped ... More

[Technical illustration shows four stages of André Garnerin's parachute: apparatus for inflating a balloon with hydrogen, a balloon in flight, parachute attached to ascending balloon, and parachute deployed in descent] / Fauchery, del. et sc.

[Technical illustration shows four stages of André Garnerin's parachut...

"Pl. I" from unidentified publication. Tissandier collection. Public domain image of a balloon aerostat, early aeronautics, no copyright restrictions image - Picryl description

Aviation, études, essais et inventions qui, sans résourdre le problème de l'aviation, ont pourtant donné des résultats intéresssants et encourageants à l'auteur / dédié par l'auteur aux chercheurs, expérimentateurs, inventeurs et amis de l'aviation, aoùt 1866, Bourcart.

Aviation, études, essais et inventions qui, sans résourdre le problème...

Design drawings for a man-powered flying machine with manually controlled wings entitled, "Vélocipède aérien," proposed by Jean Jacques Bourcart, Paris, August, 1866. (Source: A.G. Renstrom, LC staff, 1981-82.)... More

Moteur hydrostatique & a base de tous liquides à mouvement perpetuel relatif, c'est-à-dire, soumis à la casse, à l'usure des pièces, à l'entretien de sa base & à la volanté de l'homme / Invention de J.B. Métivier, 1867, Paris.

Moteur hydrostatique & a base de tous liquides à mouvement perpetuel r...

Design drawings for a hydrostatic motor capable of up to 100,000 horse power, for use in air, sea and land transportation, invented by J.B. Metivier in 1867. (Source: A.G. Renstrom, LC staff, 1981-82). Tissand... More

Descente du ballon le Pôle Nord à Auneau (Eure et Loir) le 27 juin 1869, par G. Tissandier / gravé par Erhard.

Descente du ballon le Pôle Nord à Auneau (Eure et Loir) le 27 juin 186...

Diagram shows (1) "Trajectoire de l'aérostat (elévation)" and (2) "Courbe de trainage (plan)" to document the barometric measurements for altitude and distance covered, made by Gaston Tissandier in the balloon ... More

Direction des ballons (système Ardisson), Bordeaux, le 26 janvier 1871

Direction des ballons (système Ardisson), Bordeaux, le 26 janvier 1871

Design drawings for a system proposed by Annibal Ardisson to navigate a balloon from a platform located below the bag. The aeronaut manipulates blades in a moveable drum to interact with the wind and affect the... More

Formule pour connaître la pression du vent sur la surface d'un ballon et pour indiquer aussi la force nécessaire d'un propulseur

Formule pour connaître la pression du vent sur la surface d'un ballon ...

Scaled diagram shows inventor Annibal Ardisson's formula for determining how the pressure of the wind on the surface of the balloon determines the force and speed required to achieve balloon flight. (Source: A.... More

Aérostat électrique a hélice conduit dans les airs / par M.M. Albert et Gaston Tissandier, le 8 octobre 1883.

Aérostat électrique a hélice conduit dans les airs / par M.M. Albert e...

Design drawings show several views of an electric powered airship designed by Albert and Gaston Tissandier, which made an ascension October 8, 1883 from Auteil, France. (Source: A.G. Renstrom, LC staff, 1981-82... More

Ascension de "l'Amiral Courbet" par M.H. Lachambre diagramme de l'ascension.

Ascension de "l'Amiral Courbet" par M.H. Lachambre diagramme de l'asce...

Diagram shows the altitude maintained at various geographical points by the balloon "L'Amiral Courbet," which ascended from Paris, August 4, 1890 and descended at Montignac, near d'Angoulême, August 5. The ball... More

Aeronautics / drawn by Joseph Clement ; engraved by A.W. Warren & J. Davis.

Aeronautics / drawn by Joseph Clement ; engraved by A.W. Warren & J. D...

Technical illustration shows early balloon designs: "Lana's aeronautic machine," Montgolfiers' balloon," "Blanchard's balloon," "Garnerin ascending [and] descending" in his parachute, the "Charles & Roberts' ba... More

Aeronautics / drawn by Joseph Clement ; engraved by A.W. Warren & J. Davis.

Aeronautics / drawn by Joseph Clement ; engraved by A.W. Warren & J. D...

Technical illustration shows early balloon designs: "Lana's aeronautic machine," Montgolfiers' balloon," "Blanchard's balloon," "Garnerin ascending [and] descending" in his parachute, the "Charles & Roberts' ba... More