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She’s Got No Name: How a Single Underwater Move Set the Tone for an Entire Film

2025-09-23

She’s Got No Name — Case Study

She’s Got No Name — How a Single Underwater Move Set the Tone for an Entire Film

Executive Summary

Case study: QYSEA FIFISH ZEN‑V × Cinematographer Jake Pollock

The shot that had to mean everything

On the first day the idea arrived, it looked deceptively simple: a bag leaves Zhang Ziyi’s hand at a riverside dock and slips beneath the surface. The audience doesn’t yet know who she really is, what has happened, or what’s inside that bag.

Cinematographer Jake Pollock wanted the camera to become the bag, an underwater crane‑down that sinks with it, a point‑of‑view that would plant curiosity in the audience and, with it, the film’s mood.

Lead actress Zhang Ziyi
* Lead actress of She’s Got No Name: Zhang Ziyi.
Cinematographer Jake Pollock
* Cinematographer of She’s Got No Name: Jake Pollock.

He pitched the notion to director Peter Chan. The response was instantaneous: eyes lit up. If the camera could truly inhabit the bag’s POV, steady, graceful, and repeatable, the opening of She’s Got No Name would not just begin the story; it would define it.

BTS GIF 3
BTS GIF 4

The classic methods, and why they weren’t enough

Pulling off a move like that is one of cinema’s oldest challenges. A weighted crane from above could force a camera under, but buoyancy fights precision, and small changes in current or lift turn “elegant” into “unruly.”

Weight belts, breath, lift, drift... each take becomes a new negotiation. The risk isn’t only safety or time. It’s the erosion of the exactness that the shot demanded.

Jake needed a different kind of partner underwater, one that could behave like a technocrane, not a swimmer.

Body-disposal scene
* Body-disposal scene on set.

Discovering a new kind of tool

Early in prep, Jake’s equipment manager introduced him to a prototype of QYSEA’s FIFISH ZEN‑V, a cinema‑ready underwater ROV capable of carrying professional camera payloads and repeating pre‑planned moves with smooth, programmable control. The promise was simple: crane‑level motion, below the surface, without a crane or a diver.

The production pivoted to a deep studio tank, about five meters, where water clarity, lighting, and safety could be controlled. Jake and his second‑unit DP took the ZEN‑V for a full day of tests with an ARRI Alexa 35, cycling through lenses from 50mm down to 21mm to find a perspective that felt intimate at the dock yet allowed a long, unbroken descent.

On-site tuning
* On-site tuning of the QYSEA underwater robot.
QYSEA robot with ARRI
* QYSEA underwater robot paired with an ARRI cinema camera.

On the day: a choreography above and below the surface

When it came time to shoot, the set was divided into two lines of attention. On one side of the tank, Jake stood with Zhang Ziyi and a monitor, watching the throw that triggered everything. On the far side, the A‑camera operator worked shoulder‑to‑shoulder with the ROV pilot; the 1st AC rode focus and exposure over a clean SDI feed.

Topside control
* Topside control of the underwater robot for filming.

“Once we worked out the pathway,” Jake recalls, “it was so repeatable you wouldn’t realize it was underwater.” The bag left the frame, the camera followed, calmly, patiently, and always along the same falling arc. Take after take, the move returned to its start and end beats like a metronome.

Real-time monitoring
* Real-time monitoring of the underwater video feed.

Embracing the water’s fingerprint

The tank water, of course, was crystal clear. Real rivers rarely are. During tests, the team noticed something unexpectedly cinematic: reverse thrust from the ZEN‑V’s propellers pushed a faint ripple and shimmer through the water column. Not turbulence that ruined the take, but texture, just enough to break up the pristine clarity and suggest the swirl and breath of a river.

FIFISH execution
* FIFISH underwater robot executing a pre-planned trajectory.

What the film needed, what the tool enabled

The opening shot worked. It didn’t call attention to its own difficulty; it simply carried the audience into the mystery with a single, assured motion. In trailers and conversations, it became an emblem for the movie, a hero shot that says, without exposition, you are already in over your head.

Behind that simplicity was a very practical calculus. The ZEN‑V gave the production:

  • The accuracy to land a frame where performance and story required it

  • The repeatability of syncing actor timing and camera choreography takes after each take

  • The safety and speed of a crane‑like move without the overhead of cranes or diver‑operators

Looking forward: choosing real water when it matters

Jake has shot underwater in pools, in open oceans, and on blue stages with actors on wires. Each has its place. But when a shot calls for composed, exacting motion in real water, FIFISH ZEN‑V turns “maybe we shouldn’t” into “let’s see how far we can go.”

QYSEA solution
* QYSEA FIFISH cinema-grade underwater solution.

Credits

Director
Peter Chan
Cinematographer
Jake Pollock(Watch Interview)
Lead Actor
Zhang Ziyi
Underwater System
Considering underwater for your next project?

QYSEA’s cinema‑grade ROVs bring programmable, repeatable, crane‑like motion to real water, safely and efficiently.