Early systems test / Mechanical integration

ZU-23-2
with ZAP-23.

Anfal’s early systems experimentation connected the ZU-23-2 anti-aircraft gun assembly, attached optical sight, custom mechanical rig and animation into an Unreal showcase deliverable.

View product & 3D previews

ZU-23-2 in its Unreal showcase environment — ZU-23-2 / Promotional scene; cinematic environment excluded from the pack

01 / The delivery

A coordinated mechanical assembly.

The production task extended beyond modeling the parts: the assembly needed to move together.

The ZAP-23 sight is rigged and attached to the gun. A custom mechanical rig drives the assembly through deployment, firing, pitch and rotation sequences. Clean and weathered materials provide presentation variants within the same delivery.

This was one of Anfal’s first systems tests: integrating content and mechanical behavior into a usable showcase workflow.

Assembly: ZU-23-2 gun + attached ZAP-23 sight
Motion: 7 in-place mechanical animation sequences
Materials: Separate gun and sight materials; clean and weathered variants
Delivery: Unreal package with a lightweight starter-content showcase map; FBX format and overview documentation listed on Fab

02 / Components in context

Sight. Rig. Movement.

ZAP-23 sight attached to the ZU-23-2 mechanical assembly — Attached ZAP-23 sight and mechanical assembly detail

Connected movement.

The custom rig and motion clips bring related mechanical parts into a coordinated sequence. The pack’s materials, LODs and showcase scene support presentation and integration.

Early test scope: rigged mechanical motion and showcase delivery. Gameplay input logic, targeting, ballistics and simulation validation are outside this case study’s demonstrated scope.

03 / Motion & configuration