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The small, clever, lightweight Bolex H16 allows amateur filmmakers to experiment with special effects at the time of shooting. It can be operated by solo filmmakers and it provides significant creative freedom to professionals and amateurs alike.
Refer to the “Additional Resources” section to see a glossary of technical terms.
The Bolex H16 and film portraiture
The Bolex H16 is an excellent choice for experimenting with film portraiture. It was designed to be both smart and easy to handle. Thanks to its precision mechanisms, this camera makes it possible to experiment with various effects at the time of shooting, such as overlays, dissolves, etc. This sturdy, stable, Swiss-made camera can be used for a wide range of purposes, from simple filming to artistic creation. Its technical ease of use permits great spontaneity during shoots.
Its functions can be accessed by amateurs with solid basic photography skills and by professionals, whether or not they are working alone. In addition to being lightweight, the Bolex is equipped with a viewfinder and can be carried in one hand.
This camera is especially popular with amateur and experimental filmmakers for portrait work: self-portraits, family portraits and group portraits. The Bolex serves as an extension of their eyes and body.
A few films shot with the Bolex
A and B in Ontario
In this clip from A and B in Ontario, producer Joyce Wieland and her associate Hollis Frampton play hide-and-seek with their respective Bolexes. Each of them films the other’s camera. The cameras imitate the occasionally halting movements of their bodies, serving as extensions of their eyes and arms. Even better, Wieland’s camera, equipped with a zoom lens, allows her to capture close-up shots of her friend while maintaining her distance.
Yes Sir ! Madame
In Yes Sir! Madame, the video portrait of Robert Morin blends reality with fantasy. The camera through which he views the world becomes his confidante. It plays its own role in the movie and becomes part of the action it records.
The origins of an invention: Swiss ingenuity
The complexity and precision of the Bolex have their roots in Swiss watchmaking.
The Paillard company, which launched the Bolex H16, initially produced music boxes, gramophones and typewriters in the Swiss tradition of precision devices. However, in the late 1920s, the company decided to diversify its activities. It purchased the cameras, laboratories and numerous patents of engineer Jacques Bogopolsky, inventor of the Auto Ciné Model A and B cameras, which were intended to be transportable and “automatic.”
Invention statement for an automatic apparatus for cinematographic photography
This six-page patent protects the intellectual property of the inventor and guarantees the inventor’s exclusive rights to the patented invention. In the appendix, it contains six drawings of the camera and its parts. In the patent, Bogopolsky, a self-taught inventor, states his intention to build a camera that features automatic functions and a spring motor and can be used with different film formats.
Some of these features were retained by Paillard for the Bolex H16.
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Paillard wished to create a multi-functional camera. The company bucked the prevailing trend of creating complex cameras for professionals, and instead designed cameras that were easy for inexperienced users to operate. The Pathé Baby, created in 1923, was a good example of this. This very small camera, which predated the Bolex by about 10 years, was designed to be as simple as possible for non-professionals to use. It was so light that it had to be mounted and stabilized on a tripod..
Paillard launched the Bolex model H16 in 1935, after five years of development. Some of its working parts were directly inspired by Swiss clockwork, which is renowned for its quality and precision.
The camera is identifiable by its spring drive motor, which must be wound every 40 seconds, and by its lenses, which are mounted on a semicircular turret.
The H16 was a commercial success in the 1960s, both in the USA and elsewhere. Its arrival on the market marked a turning point for the use of 16 mm film as a professional format. Until then, professionals had used 35 mm film for its superior quality. The versatility of the Bolex H16 encouraged them to work with 16 mm film on a more regular basis. Even today, there is still a Bolex workshop in Switzerland that repairs and offers maintenance for this camera.
Paillard Bolex 16 mm camera catalogue
This sixteen-page catalogue presents the brand’s line of 16 mm cameras. It highlights the features of the cameras and their various accessories, identifies compatible lenses and includes drawings and photographs for illustrative purposes.
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Bolex technical data sheet
Which features of this light, versatile, automatic camera make it suitable for portraits and creative experimentation?
Specifications
Measurements
21,50 cm x 15,24 cm x 7,2 cm.
Weight
Approximately 2.5 kg without the lens, which is relatively light.
Materials
Interior made of robust materials: duralumin, leather and chrome.
Frame rate
A 30-metre reel of film, equivalent to approximately four minutes of shooting at a rate of 16 frames per second. Silent.
Components and accessories
Motor
The Bolex H16 is self-powered. Electricity is not required. It features a spring drive motor that must be wound every 40 seconds using a small handle on the side.
Three lenses, from 10 mm to 150 mm, or a zoom lens
Mounted on a semicircular turret that allows lenses to be changed quickly during shoots, with no need for additional operations.
Viewing system: Integrated optical viewer with reflex finder
The reflex finder allows the filmmaker to see exactly what is recorded onto the film. However, light is only partially directed to the viewing system.
16 mm film
Both colour and black and white 16 mm film can be used. The reels are called ‘daylight spools’ because they can be loaded into the camera in full daylight. They eliminate the need to load the film in darkness to protect the film from the light.
Handle
For carrying the camera and for easier handling
RX fader for reflex lenses only
This accessory makes dissolves easier and more fluid.
Features
Multiple frame rates
The frame rate can be changed from 8 frames per second (fps) to 64 fps, meaning that slow motion and fast motion can be planned at the time of recording.
Frame counter
Frame counter that allows effects to be added at the time of shooting. The film can be reversed for overlays, lap dissolves, slow motion and fast motion.
No sound recording system
This camera is relatively noisy. A mechanical clicking sound can be heard every 10 inches or so (at 16 fps). It allows the camera operator to quickly calculate the remaining footage when adding in-camera effects requiring precision
It has a semi-automatic film loading system, which speeds up and simplifies the process.
The Bolex is recognized for its precision, consistency and ability to withstand extreme temperatures.
Operation and handling
The Bolex allows filmmakers to remain close to both their cameras and their subjects. It provides them with great freedom of movement and serves as an extension of their eyes and bodies. Operators often develop a very strong relationship with their cameras.
However, the device is quite noisy and can disrupt sound recordings. In addition, a mechanical clicking sound can be heard when the camera is in use. It keeps track of the exposed film, allowing effects to be added with great precision, but increases the camera’s noisiness.
The Bolex can be used indoors or outdoors, in any conditions. This camera is both portable and adaptable, making it a solid choice for many types of professional operators, as well as for amateurs with a solid knowledge of photography.
The Bolex H16 must be held with both hands. The right hand is positioned underneath the camera, on the base plate, with the index finger on the release button that starts the film rolling. The left hand passes through the leather handle to grip the top of the camera. The camera is light enough to allow operators to move around easily, but heavy enough to keeps camera movements controlled. The spring drive motor must be wound approximately every 40 seconds and the camera can only hold 30 metres of film. This means that in addition to having to complete a number of operations before shooting, operators must also take the time limit into consideration. They have to contend with short shoots.
H16 Reflex instruction manual. From the collections of the Cinémathèque québécoise.
This 51-page manual provides detailed descriptions of the camera’s various components, as well as how to use them. It outlines the steps that must be taken before and after shooting, along with practical tips for filming and adding effects at the time of the shoot.
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To frame a shot using a camera equipped with a reflex finder, the operator’s eye must be placed against the viewfinder. This changes the relationship between the operator and the camera. Being able to see what is being filmed allows filmmakers to be much more spontaneous, because they know exactly what is in the frame. The filmmaker can see what is being filmed and can move about more freely.
It is interesting to note that early instruction manuals highlighted the importance of keeping the camera as steady as possible to capture “professional” images. However, a shift occurred in the 1960s and manuals began to place more emphasis on the portability and experimental possibilities of the camera.
Who uses the Bolex?
This camera appeals to many types of users: amateurs with solid photography skills, explorers, scientists, anthropologists, artists and filmmakers. Today, it is widely used for family movies and experimental films, as well as in many North American schools.
The first Bolex H16 was released in 1935 at a cost of 565 Swiss francs— equivalent to more than $4,000 of today’s Canadian dollars. Only one lens was included in the price. The other two lenses, plus the accessories, added to the cost of the camera.
“If we consider that the average salary of a Paillard worker in 1935 was 1 franc 23 centimes an hour, the purchase of an H camera represented more than a month and a half’s wages” (Dulac 2016). The camera was therefore not accessible to those with lower incomes. In 1970, its price was lowered, making it more appealing to young amateur filmmakers without a lot of money.
Some of the biggest names in Québécois, American and European cinema of the past few decades started out using Bolexes. They include Jonas Mekas, Maya Deren, Andy Warhol, Stan Brakhage, Kenneth Anger, Michel Brault, Claude Jutra, Spike Lee and Peter Jackson.
The Bolex’s small size and easy handling made it ideal for filming oneself and one’s friends and family, creating intimate portraits of everyday life, capturing important memories and revealing a subject’s personality or emotions, much like smartphones do today.
Are you the inquisitive type? Would you like to learn more about the Bolex and the filmmakers who used it? The following websites will provide you with additional information.
Trailer for Beyond the Bolex, produced by Alyssa Bolsey in 2018.
Clip from a film entitled Paillard Bolex by Alexandre Favre. In progress. (English subtitles available by clicking the “CC” box on the image.)
Travelling exhibit entitled “La machine Bolex : Les horizons amateurs du cinéma [The Bolex: Amateur Cinema Horizons].” 2017 to 2020 in Auvergne-Rhône-Alpes, Bourgogne–Franche-Comté and Switzerland. Developed by the Université de Lausanne and the Cinémathèque des Pays de Savoie et de l’Ain.
Bogopolsky, Jacques. 1928. Exposé d’invention pour un appareil automatique pour la prise de vues cinématographiques. No.124365. Geneva, Switzerland. 6 pages.
Dulac, Nicolas. “Le dispositif-Bolex: Archives techniques, discours promotionnel et invention du cinéaste ‘professionnel-amateur’ [The Bolex: Promotional Discourse, Iconography and the Invention of the ‘Professional-Amateur’ Filmmaker].” Presented at the FSAC Annual Conference, Calgary, May 31, 2016.
Dulac, Nicolas, Vincent Sorrel and Stéphane Tralongo (dir.). 2017. La machine Bolex : les horizons amateurs du cinéma. Exhibition catalogue 2017-2020. Veyrier-du-Lac: La Cinémathèque des Pays de Savoir et de l’Ain. Lausanne: Université de Lausanne.
Dulac, Nicolas, Vincent Sorrel, Stéphane Tralongo and Benoît Turquety (dir.). 2020. “La machine Bolex. Les horizons amateurs du cinéma.” Encyclopédie raisonnée des techniques du cinéma. Under the direction of André Gaudreault, Laurent Le Forestier and Gilles Mouëllic. www.encyclo-technes.org/fr/parcours/tous/bolex.
Perret, Thomas, and Roland Cosandy. 2013. Paillard-Bolex-Boolsky: la caméra de Paillard et Cie SA, le cinéma de Jacques Boolsky. Yverdon-les-Bains: Éditions de la Thièle.