Wicker has made a potentially alarming romantic proposition considerably safer than it sounds. Alexander Skarsgård’s title character may look like he was assembled from a particularly ambitious basket, but Olivia Colman was not asked to get close to actual straw or rigid woven furniture during the film’s intimate scenes. The wicker husband is, in practical filmmaking terms, a carefully engineered illusion: a soft, flexible suit carrying dozens of printed pieces designed to look like a living weave.
That distinction is the punchline behind the film’s most inevitable practical question. A “wicker husband” sounds uncomfortable before it sounds romantic. Yet the production’s effects approach was built around comfort, movement and performance as much as surface detail. Nearly all of Skarsgård’s body costume consisted of 50 separate 3D-printed appliances painted to resemble wicker, then attached to a flexible spandex suit. There was no real straw involved.
The result matters beyond preventing an extremely literal splinter hazard. It is the reason a fanciful creature can move, emote and participate in a romance without becoming a static visual gag. Wicker may have a premise with the texture of a fairy tale, but its central design problem was concrete: how do you make an actor appear to be made of woven material while allowing the audience to still recognize the actor inside?
A romance built around a very unusual husband
Colman plays a fisherwoman in a medieval community that measures a woman’s value through marriage. She is independent and earns her own living, but is ridiculed by her village. Seeking a solution on her own terms, she approaches a local basket weaver, played by Peter Dinklage, and asks him to make her a husband.
Skarsgård plays the resulting basket man, transformed through a practical suit and prosthetic makeup rather than simply being replaced with a digital character. The film adapts Ursula Wills’ short story The Wicker Husband, with Alex Huston Fischer and Eleanor Wilson adapting it for the screen.
For a story that asks viewers to accept a sentient woven man as a romantic lead, the material needs a particular kind of credibility. The character cannot just resemble wicker in still images. His surface has to feel connected to his movement. His face has to communicate. And, crucially for a film described as both romantic and boldly sensual, the design has to hold up when the camera gets close.
That is why the work began with an extended research-and-development period of 18 months. Conventional prosthetic materials are made to imitate flesh and skin, which makes them a poor conceptual fit for a man made from basket weave. The effects team instead pursued the idea that individual woven strands could behave like a visible equivalent to muscle fibers: separate elements whose movement would suggest a living body rather than a costume shell.
Why practical effects were the right challenge
“Practical” in this context means a physical effect present on the actor during filming: a suit, appliance, makeup piece or prop rather than an entirely computer-created body. That does not mean the process rejected digital technology. In fact, the wicker husband depended heavily on modern digital design and manufacturing. It simply put those tools in service of something Skarsgård could wear on set.
The team began with a full-body scan of Skarsgård. That scan gave them a digital model on which to create parts tailored to his proportions. Custom fitting is especially important for a costume intended to look integrated with an actor’s motion. A design that sits too far from the body or moves as one hard slab can make a creature feel like it is wearing the performer, rather than being the performer.
The actual weave came from powder-bed laser sintering, a form of 3D printing used to create intricate shapes. In simple terms, a laser selectively fuses powdered material layer by layer. Here, the material was a thermoplastic elastomer, a plastic-like substance with elastic, rubbery characteristics. The surrounding powder supports tiny strands and complicated geometry as they are formed, making it possible to produce a detailed weave that would be difficult to mold as a conventional prosthetic.
That technical method solved several problems at once. It offered precision, letting the team create separate interlaced-looking strands. It made complex forms possible without relying on actual wicker. And it delivered a semiflexible result: one intended to have a tactile resemblance to real wicker, but without turning the actor into a human-sized sharp-edged craft project.
Fifty pieces for the body, 10 for the face
Skarsgård’s transformation was not one giant suit dropped over his head. The body was largely formed by the 50 printed appliances secured to the soft spandex base. His facial prosthetics were a separate operation comprising 10 pieces, including elements around the ears, eye bags, lips, underlip and jaw, plus larger components for the forehead, nose and cheekbones. The team also hand-painted areas around his eyes.
Breaking a design into appliances is a practical-effects term worth knowing. An appliance is a discrete prosthetic piece applied to an actor, rather than a full mask or a single solid covering. Small, strategically positioned appliances can preserve mobility and allow the makeup team to work around the mechanics of a real face. For the wicker husband, that modular construction was necessary because the character’s face had to read as woven while still allowing Skarsgård to act through it.
Facial hair, hair and eyelashes brought another material into the mix: muka, a silky fiber extracted from the harakeke plant. Individual fibers could be knotted directly into the constructed weave and then cut and styled similarly to ordinary hair. It is an unusually specific detail, but it speaks to the central creative balancing act. Every component had to reinforce the basket-man concept while avoiding a lifeless, uniformly manufactured appearance.
The goal was a recognizable Alexander Skarsgård, not a disappearing act
Heavy creature makeup often creates a paradox. The more complete the transformation, the greater the risk that the audience loses the performer whose presence makes the character emotionally legible. That risk is particularly high in a romance. A viewer needs to read reactions, hesitation, warmth and humor—not merely admire the construction.
The effects artists used 3D animation software to track Skarsgård’s expressive range and build room for expression into the weave design. Digital animation software was therefore not replacing his performance; it was helping design a physical face that could accommodate it. This is a useful distinction when discussions of practical versus digital effects become overly simplistic. The process here was hybrid: digital scanning, digital sculpting, animation-based expression tracking and advanced printing all supported an on-camera suit and makeup application.
By the end of the process, the full transformation reportedly took about 90 minutes, a notably demanding but manageable daily makeup routine for a character with this many distinct elements. The application moved between makeup work and the fitted suit depending on the stage of preparation.
Skarsgård’s cooperation was evidently part of the technical success. He was described as patient, invested and able to sit very still during application. That kind of endurance is not a glamorous footnote. A prosthetic design can be ingenious on paper, but it still relies on the performer tolerating the time, heat and restricted comfort that come with becoming a wicker romantic lead each day.
Heat was the actual on-set enemy
Although the fake wicker avoided the obvious abrasion problem, the suit came with its own challenge: heat. Skarsgård reportedly runs hot, and the fitted costume was already warm during a hot Hungarian spring. It is a reminder that creature effects have to function under filming conditions, not merely in a workshop or a concept illustration.
Comfort in practical effects is often about managing trade-offs. A material can look fantastic but be too hard to move in. A suit can be flexible but fail to maintain its silhouette. A face can be completely covered but no longer communicate. The wicker husband’s final construction appears to have prioritized a balance: enough texture and three-dimensional depth to sell the material, enough softness for close physical scenes, and enough movement for Skarsgård’s expression to survive.
That last point is arguably the heart of the design. The film’s premise could easily invite audiences to focus solely on whether a wicker person is technically plausible. But the more relevant question for a romance is whether the character feels present. The use of individualized printed components, flexible backing, movable facial pieces and planted hair fibers all serves that larger aim. The costume has to let a fantasy figure become a partner in a story, not just an effects showcase.
Yes, the production addressed the other anatomical question
The costume also had a full-body river-shot detail that naturally attracted speculation: the wicker penis. Rather than using something rigid or literal, costume designers András Dániel Tóth and Attila Godena-Juhász created the piece with puff spandex and a dimensional 3D weave. It was color-matched to the broader costume so it would read correctly from a distance.
It is a knowingly comic technical detail, but it fits the wider design logic. If the character is a romantic being whose body is made from wicker, the production cannot ignore the visual implications and still expect the illusion to feel complete. The solution was aligned with the rest of the costume: soft material, visual texture and an appearance that supports the fiction rather than introducing an actual safety issue.
That restraint may be the most impressive feat in the entire build. A movie called Wicker can make room for a basket man, a medieval marriage critique and sensuality without asking its actors to suffer for the authenticity of a craft-store material. In this instance, the magic is neither straw nor CGI alone. It is 50 printed body pieces, 10 facial prosthetics, a carefully fitted base layer, muka fibers, extensive digital preparation and a performer willing to spend 90 minutes becoming the world’s most elaborate boyfriend.
For more stories where performance and elaborate character construction meet, see our coverage of the motion-tracked KPop Demon Hunters Gamebox experience.
