Building or sourcing Audrey II isn't as straightforward as you'd think
Most people looking into Little Shop Of Horrors Audrey Ii either want a wearable puppet for a school production, a static display prop, or a digital asset for a project. The problem is nobody actually writes about what the thing is made of or how to get it without spending six figures. I spent three years doing regional theater build work before I ever got asked to make Audrey. The first time I built one, I assumed it was just foam and paint. That lasted about four hours before the jaw mechanism jammed mid-performance and the actor couldn't close it for the "Some Fun Now" number. You need to understand the mechanical skeleton before you touch the skin.
Little Shop Of Horrors Audrey Ii
The plant exists in several iterations across productions. The original 1960 Roger Corman film version is tiny, basically a potted Venus flytrap with a mouth painted on it. The 1986 Frank Oz movie version is bigger, with a proper articulated jaw operated by a puppeteer inside a costume shell. The stage musical version, which is what most people actually encounter, is the largest and most mechanically complex — typically operated by a single puppeteer who also provides voice, plus an understudy or assistant for the more acrobatic moments. Understanding which version you're dealing with matters because the build. A stage Audrey costs between eight and fifteen thousand dollars to construct properly. A movie-scale prop runs roughly half that. The DIY route, which is where most people end up, means compromises.
How the puppets actually work under the hood
The core mechanism in any serious Audrey II build is a combination of rod control for the head and jaw, and either bladders or fabric actuation for the mouth opening. The classic stage version uses a system of piano wire and rigid rods run through the stem. The puppeteer stands behind the plant, often hidden behind set dressing or curtains, and manipulates everything through a control rig. The jaw is the hardest part. I learned this the hard way when my first production's jaw spring failed during tech week. The actuary's office scene requires the mouth to snap shut on cue, and when the tension broke mid-run, we had to rig a temporary workaround using bungee cord and a pulley system I stole from the costume shop's drama kit. It held for the rest of the season but looked terrible from the wings. Never skimp on the jaw actuation. Use a proper torsion spring rated for at least five thousand cycles if you can source one, or build a double-spring backup system. Budget an extra three days of rehearsal time for mechanism debugging. The vocal component is equally critical. The actor operating Audrey needs a microphone rigged into the stem or the puppeteer's body, and the voice usually runs through a slight distortion or delay effect in the sound board. Without that, the plant sounds like a person talking from behind a curtain, which ruins the whole illusion immediately.
Get the Full Details
If you're building one yourself
Start with the armature. Aluminum tubing and hinge hardware from a hardware store will get you the basic skeleton. I use three-sixteenths inch aluminum conduit for the main rods because it's rigid enough to hold shape but light enough that your puppeteer won't develop shoulder fatigue after two hours. For the jaw, hinged doors from a cabinetry supply store work better than anything you'll fabricate from scratch. The skin material is where people waste money. Vinyl sheeting is the standard recommendation and it works, but it tears easily at the joints and gets sticky in hot theater lights. I switched to lightweight polyurethane-coated nylon fabric — the kind used for inflatable structures — and it lasts three times longer with the same flexibility. It costs about forty dollars a yard and comes in black, which saves you a coating step. The teeth are another point of failure. Foam latex carved teeth look good but degrade within a season of performances. I started 3D printing them in rigid PLA or PETG instead. A set of upper and lower teeth takes about four hours to print and costs roughly two dollars in filament. They've survived a full twenty-week run without cracking.
Where to get patterns and blueprints
There aren't many officially licensed pattern sets available to the public. The Dramatists Play Service, which holds the licensing for the stage musical, offers a technical packet that includes some reference materials for set and costume design, but it's aimed at licensed theaters, not individual builders. You need a valid theater license to access it. For unlicensed builders — school clubs, community theaters without a license, hobbyists — the best resource I've found is the collection of patterns shared in the Musical Theater Workshop forums. Several members have posted scaled drawings based on production photos. The accuracy varies. Some are off by twenty percent on the leaf proportions, which matters more than you'd think because the silhouette is what reads from the audience. If you're after the movie version specifically, there are high-resolution reference sheets scattered across fan sites and Blu-ray commentary annotations. The 1986 version's prop plant is documented in detail in the making-of materials, and several prop builders have reverse-engineered the design from frame-by-frame analysis. The movie Audrey is simpler mechanically but harder to scale accurately because the camera angles hide the back rigging.
Common mistakes that will cost you time and money
Building the plant before you know your stage dimensions is the most expensive mistake I see. Audrey II needs a clear line of sight from the puppeteer's position to the plant's head, and the operator needs enough room to move their arms without being seen. If your stage is small and you build a four-foot-tall plant, the puppeteer will be visible above the stem in most seats. I've seen productions end up with a plant so tall the puppeteer's legs appeared through the leaves during wide shots. Scale it to your space first. The second mistake is ignoring the actor's performance needs. Audrey II isn't just a prop — it's a character that interacts with other actors. The mouth needs to open wide enough for a human hand to fit inside for the feeding scenes, and the head needs to tilt and turn on at least two axes. A plant that only opens its jaw but can't move its head reads as a static object, not a predatory creature. Budget extra time for multi-axis head movement on your armature.
The digital route
If you're looking for a 3D model or a digital asset rather than a physical build, there are a handful of options on marketplaces like TurboSquid and CGTrader. The quality is inconsistent. Most models are either too stylized or too simplified. I found one that was reasonably accurate to the stage version but the topology was a mess and rigging it for animation took longer than building it from scratch in Blender. If you go this route, check the polygon count and rigging before buying. An unr igged model is just a statue, not something you can actually use in a production pipeline. For audio or voice work, the original recordings are copyrighted and unavailable for legal distribution outside of licensed productions. What you'll find online are covers, recreations, and AI-generated attempts, none of which are usable in a professional context without clearing the rights. If you need the voice, you hire a performer and record it yourself with proper licensing.
The bottom line
Audrey II is one of those props that looks simple from the audience but requires significant engineering to operate reliably. The gap between a convincing performance and a malfunctioning garden decoration is mostly in the details: the jaw spring, the vocal rig, the scale relative to your stage, and the material choice for the skin. If you're committing to a build, plan six to eight weeks minimum for construction and another two weeks for mechanism tuning and performer training. Rushing any of those phases will show, usually on opening night. There is no single download that gives you a finished Audrey II. What exists online are reference materials, partial patterns, and discussion threads where builders share lessons learned. The actual construction requires either professional theater resources or a willingness to problem-solve through trial and error. Both paths work. The trial-and-error path just takes longer and costs more in wasted materials.
