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The heavy industrial machinery model

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1 variant available

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292.23 MB

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Type

LoRA

Stats

42

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Published

Dec 14, 2025

Base Model

Flux.1 D

Hash

AutoV2
0B33251B0F

The FLUX.1 [dev] Model is licensed by Black Forest Labs. Inc. under the FLUX.1 [dev] Non-Commercial License. Copyright Black Forest Labs. Inc.

IN NO EVENT SHALL BLACK FOREST LABS, INC. BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH USE OF THIS MODEL.

The heavy industrial machinery model is suitable for various mechanical designs, mecha vehicle designs, and heavy industrial vehicle designs with the core of meeting high-intensity operational requirements, while balancing functionality and safety.

The design focuses on three major dimensions:

Structural strengthening: The frame and load-bearing components are made of high-strength steel to ensure they can withstand heavy loads, impacts, and complex working conditions.

Power adaptation: Equipped with a high torque engine and durable transmission system, it matches the continuous operational needs of mining, infrastructure and other scenarios.

Safety guarantee: equipped with anti rollover, brake assist and other systems, while optimizing the driver's cabin view and ergonomics (ergonomics) to reduce driving fatigue.

Reference words

A black sci-fi armored combat vehicle. Its body lines are tough, equipped with large weapon systems, and paired with thick off-road tires. When parked in a desert environment, it exudes dominance and deterrence, as if it can be put into battle at any time, demonstrating its combat potential in harsh terrain.

A light brown armored tank firing weapons. It has multiple large tires, a body covered in armor, and when launched, flames and smoke rise up, giving it a dynamic feel as if it is in a fierce battle scene, showcasing its powerful firepower and combat capabilities

For the sake of your visual experience, we provide a set of suggested parameters for your reference:

Sampler: Euler

Sampling steps: 30-40 steps CFG: 3.5