Skip to main content
Humanities Libertexts

7: Scenery and Construction

  • Page ID
    11142
  • Scenery encompasses all the physical decorative elements of the stage design. It includes
    curtains, platforms, stairs, walls, furniture, and all of the other items a show
    might require for its visual environment. Scenic designs are delivered to the technical
    director as a set of plans for the design. The technical director drafts any
    additional “working drawings” necessary for construction and then distributes the
    scaled plans to the scene shop. Drafted plans are drawn in a “language of lines” and
    standard graphic symbols that are generally understood by those who need to interpret
    them. Each draft has a title block in one corner that tells you what the drawing
    represents and how to interpret its scale for construction, as well as who created it
    and when it was drafted or last revised.

     

    Walls that we construct as flats and raised platforms that create levels, also referred
    to as decks, are the most commonly constructed elements for scenery. Of course
    there may be lots of other items that a scenic design utilizes or requires, but these
    elements are standards for set construction.

     

    As scenery represents a large portion of the physical needs for a production, it is
    often the most labor intensive of the design elements and usually maes up a significant
    part of the budget. It stands to reason that the less you need to build from
    scratch, the more time and money can be saved or allocated to other production
    needs. Stock scenery items are those that the theatre stores between productions
    and can be reused, redressed, or altered for a production. Companies that have allocated
    space to store scenic elements such as flat walls and platforms can effectively
    and economically reuse them. Storage, therefore, is a premium in theatre spaces,
    and you usually find that something is stored in every nook and cranny of a theatre
    space in case it might be useful in the future. Environmentally, it also makes sense
    to reuse as much as possible because plays tend to have relatively short performance
    runs, and the art form could otherwise be seen as wasteful.

     

    To be most useful, stock scenery should be constructed in sizes that are commonly
    required and can be assembled in a variety of configurations. Therefore, stock sizes
    of scenery are also common. Flat walls are generally constructed in 1-, 2-, 3-, or
    4-foot widths. Heights are dependent on the most useful size for a given stage space.

    Some flats can be 20-feet tall or taller, while the most common sizes are 8 feet, 10
    feet, and 12 feet.

     

    Flats are commonly constructed in two basic types. A soft-cover flat is constructed
    on a frame, usually of wood, but sometimes metal. A canvas is stretched over the
    entire plane that faces the audience. Much like a large painter’s canvas, a flat can
    be painted to resemble any environment. Soft-cover flats are both lightweight and
    portable and have been traditional elements of scenery for hundreds of years. Each
    of the joints of the flat’s frame is supported by a thin plywood brace. These corner
    blocks
    and keystones help to stiffen the relatively thin flat frames. These frames,
    often constructed of 1-by-3- or 1-by-4-inch lumber, are economical to construct and
    their minimal thickness (approximately 1 inch each) reduces storage space. However,
    their relative delicacy due to the soft-cover makes them an unpopular choice
    in modern theatre. While there was a time when it was standard for performers to
    act in front of the scenery, modern plays require them to interact with the scenery,
    making canvas walls impractical.

     

    Hard-cover flats are also commonly built as wooden frames, but their face is covered
    in a thin plywood rather than canvas. This makes them more durable, but also
    heavier and generally more expensive to construct. The most common version of a
    hard-cover flat is the “studio” or “Broadway” style flat. These frames are not only
    stiffer than other styles, but their depth also allows them to be easily secured to one
    another as well as to the floor. If your production requires actors to lean on the set’s
    walls or throw things against them, a hard-cover flat is your best choice.

    techtheatrem7i1.png

    Flat frames

     

    Flats are sometimes constructed in shapes other than rectangles. If a flat is constructed
    to have a shaped edge profile, we refer to it as a profile flat. Tree shapes
    and arches are common profile flats. Flats can be propped up by triangular frames
    called jacks where needed for support.

     

    Platforms are often constructed as frames that support a full sheet of plywood as
    their top skin surface, or lid. In the U.S., plywood is sold in sheets that measure 4
    feet by 8 feet, and so platforms are constructed this size or smaller. Groups of stock
    platforms can be assembled into larger decks of stage levels with support legs that
    set their heights above the natural stage floor. A facing can be added to these platforms
    that hides the legs so they appear as solid block shapes to the audience.

     

    Typical framing for a wooden theatrical platform can be constructed from either 2-by-4
    or 1-by-6-inch boards. Framed on-edge, both materials provide the necessary support
    the plywood lid requires. Joists that span the 4-foot width of the frame need to be
    installed on 24-inch centers in order to provide the stiffness and weight distribution
    required for the platform to safely support scenery and performers. A stage platform
    is typically skinned in ¾-inch thick plywood and supported by a minimum of six legs.
    Metal platform frames are also common to large productions and touring shows.

     

    techtheatrem7i2.png

    Wood framed platform with plywood lid

     

    If we add levels to our stages, we need stairs to get from one height to another. Humans
    have an interesting relationship with stairs. Most of us do not need to carefully
    navigate each rise in a staircase, but instead have an autopilot feature that usually allows
    us to climb or descend them with ease. This is true until one stair is of a slightly

    different rise than the rest, then we are apt to trip and fall at this step. Designers
    should take care to ensure, as much as possible, that all of the stairs on a given set
    are of the same height so the actors can traverse them easily without great concentration.
    Many theatres keep stock stair units as a part of their inventory.

     

    There’s More to Know
    When constructing stairs for a set, it is helpful to use the 18-inch rule for your calculations. The
    rise of each tread to the next and the run or depth of each tread when added together should
    add up to 18 inches. Therefore, if a 6-inch rise from tread to tread is required, then your run or
    depth of tread should be 12 inches. If your rise is 8 inches per tread, then your stairs should each
    have a 10-inch run depth. This will keep the natural rhythm of human movement intact.

     

    Plywood and other sheet goods are important building materials for scenic construction.
    Plywood are made up of sheets of material that have been manufactured
    as a strata of layers, or “veneers.” These thin layers of wood have been peeled off
    long logs and then laid in a stack with the wood grain of each layer running perpendicular
    to the layer above and below. As wood is strongest along its grain fi bers,
    crossing the grains adds strength to the ply. These layers are pressed and glued together,
    making for a very strong sheet of lumber. More layers add thickness to the
    ply, making it capable of supporting a greater load. Theatrical platforms are generally
    skinned with a sheet of plywood at least ¾-inch thick to support the weight of
    the actors and scenery. Sheet goods also include decorative items such as paneling
    and materials like MDF (medium density fi berboard), which are not good materials
    to support weight, but have other qualities that can be useful in construction. Generally,
    in the United States, sheet goods are sold in panels of 4 feet by 8 feet. 

     

    Plywood is graded based on both the finish of its outermost veneers and the quality
    of the woods that make up its inner plies. If you want a smooth sanded surface with
    no mars to the wood grain, you need to purchase higher-grade plywood. Low-grade
    plywood may have “holidays,” or holes, in their veneers, including the exterior layers.

     

    techtheatrem7i3.png

    Common plywood grade chart

     

    Consider This
    To glue or not to glue? It is a good question. If you are constructing stock scenery that
    has elements that will either take abuse or have questionable safety or stability, then YES,
    glue. If, however, the construction is decorative, and you want to recoup the materials for
    later use, then glue will only make the job harder.

     

    Modern scenery includes many of the architectural elements and details we use
    every day, like appliances that need to work, windows that will be opened, or a sink
    with running water. These are called practical. Doors are the most common practical
    element of scenery. They often need to function normally, but also stand up
    to some abuse called for by the script, which can range from hard knocking to full
    forced entry attempts. It can be a challenge for carpenters to support and reinforce
    these elements within an environment of temporarily constructed flat walls. 

     

    Many scripts call for a variety of locations to be represented within the same play.
    Scene designers work to find ways to transport their audience from one location
    to another without taking massive breaks in the action to achieve the changes. A
    number of rolling platform elements, known as wagons, can help streamline these
    transitions by transporting large props and scenery on and off the stage quickly. A
    variety of wagons are common to scenic design. A large turntable wagon that can
    spin to reveal a new setting is called a revolve. Some theatres are equipped with a
    built-in revolve that is permanently installed as part of their stage floor. Platform
    wagons that pivot onstage from a fixed point in the wings are called jackknife platforms.
    Straight run platform wagons roll either upstage to downstage or in and
    out of the wings. The wheels that these wagons operate on, known as casters, are
    either fixed casters or swivel casters. A fixed caster can only roll along a straight
    path, while swivel casters allow units to be rolled in any direction. Sometimes these
    wagons are guided by a track built into the stage floor.

     

    Scenery construction methods and choice of materials vary from theatre to theatre,
    but standards for construction are important for every company. Standard construction
    methods greatly increase safety and reliability, and items built-in the same
    manner tend to fit together easily without modifications.

     

    Many theatres work primarily in wood, which is relatively inexpensive and malleable.
    Some shops work in metals as well, though separate working spaces are often
    required for metal construction due to the inherent fire danger. Simple theatrical
    construction does not typically involve intensive wood joinery, but instead relies on
    abutted joint, or butt joint, construction methods. When working with lumber, it
    is important to understand the “true” or actual dimensions of the lumber in order
    to correctly figure the lengths needed to be cut for a project. Lumber is sold by what
    we refer to as a nominal dimension. Nominal dimensions are the sizes to which
    each piece of lumber was rough cut at the mill. The lumber we buy at our local
    supplier has then been put through a series of finishing machines that have cut the

    lumber into consistent rectangular planks and sanded away the rough edges. This
    process removes some of the wood and leaves us with a piece whose actual dimension
    is significantly smaller than its nominal dimension. Scene shops regularly work
    with sticks of lumber we refer to as “one-by-three” to build flat frames, but the carpenters
    must remember those pieces actually measure ¾ inch by 2½ inch.

     

    techtheatrem7i4.png

    Common plank lumber sizes


    Woodworking requires a series of cutting and assembly tools. These tools must be
    well-maintained and their safety recommendations upheld in order to ensure a safe
    working environment. All construction tools are potentially dangerous. They are
    loud, and to a new user, often seem scary. Before you use any construction tools,
    make sure you have been adequately trained and are aware of all personal safety precautions
    and equipment required for your task.

     

    Consider This
    The theatre is a potentially dangerous environment. Many factors contribute to this. We
    build temporary scenery, hang lighting equipment next to fabric curtains, run lots of extension
    cords, hang many things overhead, and then we work amongst it all in relative
    darkness during performances. That means we need to be extra careful to take all possible
    precautions to work safely. Wear provided safety equipment. Read product warnings. Keep
    a clean work environment and always stay aware of the work happening around you.

     

    The wood working tools in use at most scene shops fall into two categories. “Stationary
    tools,” which are permanently placed in the shop with adequate working
    space around them. Table saws and cut-off saws such as a tilting arbor (chop saw)
    or sliding arbor saw are common to most wood shops. A drill press, sanding station,
    lathe, and band saws are also common. The second category of tools is “hand tools.”

    These are familiar tools such as hammers, wrenches, and screwdrivers, but also include
    hand-held power tools like circular saws, sabre saws, and reciprocating saws as
    well as grinders, staplers, and driver drills.

     

    Common shop tools


    Table saw: Used primarily for ripping lumber (cutting along the grain). Allows for
    wood to be beveled on a tilting arbor table saw.


    Cut-off saw: Used primarily for crosscutting lumber against the grain. Can be a tilting
    arbor saw.


    Band saw: A saw with a continuous loop blade. Allows for the cutting of curves along
    material.


    Drill press: A stationary tool in which a drill motor can be lowered into and lifted
    from materials providing an opportunity for precise holes to be drilled.


    Pneumatic stapler: An air-driven stapler. Drive staples from ½-inch lengths up to 2½-
    inch lengths


    Driver drill: A cordless, battery-driven drill that has an adjustable clutch to assist in
    the insertion of screws.


    Unless you are constructing stock scenery, most theatrical construction is temporary.
    It must be safe and durable, but after the show closes, we would like to recoup
    as much of the material as possible for reuse. Using screws as a primary fastener
    allows us to construct and deconstruct with little damage to the materials. Batterypowered
    driver drills have made the use of screws rather than nails or staples a
    reasonable alternative for construction. Drywall screws, which are hard and sharp,
    have become widely used in theatre construction because they are faster to work
    with than woodscrews and have better adhesion than nails. However, they are brittle
    and are can be prone to breaking.


    Nuts and bolts are also heavily used for theatre construction. A wide variety of bolts
    are available. Carriage bolts and hex bolts are the most common to theatre.

     

    techtheatrem7i5.png

    Fastener chart

     

    For Further Exploration
    Raoul, Bill. 1998. Stock Scenery Construction : A Handbook. Louisville, KY: Broadway Press.
    International Alliance of Theatrical Stage Employees. n.d. Accessed August 16, 2018.
    http://www.iatse.net/.

    • Was this article helpful?