Flux Techno Hudcore is a LoRA model designed to replicate a modular visual language across posters, UI schematics, cybernetic blueprints, and techno-futurist flyers.

🏷️ MAIN trigger word: <TECHNO>

Scroll Down for Sample Prompts

The style combines:

• Cybernetic HUD interfaces
• Modular propaganda-style layouts
• Rave-flyer brutalism
• Surreal car blueprints & posthuman diagrams
• Asymmetric typographic overloads
• Sci-fi character profile cards

This LoRA system enables artists and designers to produce visuals that feel like a fusion of cockpit schematics, 1990s rave posters, and AI identity cards from a parallel reality.

🧬 Trained Categories

🖼️ Style Components

• Fonts: Modular Grotesk, OCR-A, Eurostile, stencil and monospace pixel fonts
• Layout: Asymmetric grid stacks, HUD segmentation, split-column typology
• Textures: Halftones, vector scanlines, CRT blur overlays
• Color Palettes: Neon teal, glitch white, acid red, void black, cold cyan

🏷️ Other trigger words:

flux_archivetype, x-grid_schematic, poster_hudcore, techno-rave_blueprint, modular_fluxUI, voidscan_interface, eid_diagrammatic, surreal_datacard, neon_brutalist_layout, propaganda_scanline, car_blueprint, exploded_view, vehicle_HUD, modular_autocard, techno_diagram, retrofuturist_sheet, posthuman_interface, xray_avatar, barcode_face, cybernetic_overlay, thermal_matrix, glyphbody, hud_overlay, radar_graphic, voidscan_UI, telemetry_panel, cockpit_schematic, sensor_loop, rave_flyer_brutalism, event_signal, sci-fi_pass, glitch_promo, barcode_coordinate, acid_event_graphic, intent_system, emotion_logic, modular_typography, glyph_propaganda, analytic_voidspace, acid_red, neon_teal, void_black, cold_cyan, monochrome_invert, glitch_white, modular_grotesque, stencil_brute, pixel_mono, tech_label_font, cut_hud_typo, asymmetric_grid, vertical_label_stack, scanline_barrier, dual_panel_overlay, 3_column_modular, HUD_timeline_track

🧾 Simple Prompts

🏎 Car Poster Prompt:

A Flux-style poster of the Porsche 911 GT3 RS in blueprint mode, using glitch_UI overlays, telemetry_panel accents, modular_fluxUI composition, and car_blueprint breakdowns. Typography in modular_grotesque with acid_red accents on void_black.

👤 AI Avatar Prompt:

Cybernetic profile card of a barcode_face humanoid, featuring posthuman_interface design, HUD_timeline_track layout, xray_avatar wireframe, and modular_typography data segments. Color: cold_cyan on glitch_white with scanline_barrier edges.

Detailed Prompts :

POSTER_HUDCORE_CAR_12 — ‘FERRARI XPR-93 // SIGNAL DRIFT MODULE’ Prompt: Black background schematic poster of the Ferrari concept hypercar codenamed XPR-93. Central focus: top-down wireframe view surrounded by semi-transparent sector rings showing active telemetry zones. Top: bold block font label “SIGNAL DRIFT MODULE – CORE V93.1”. Left HUD: drag coefficient tracker, annotated acceleration sweep. Right HUD: real-time torque sync line and brake heat chart. Footer: barcode-ID “VEHICLE NODE: XPR-93 /// PILOT MODE 03 / SIGNAL LOCKED”. Layout System: Modular 4-column layout with 12-grid vertical sync, asymmetric telemetry nodes split across axis planes. Typography: angular mono-grotesque and HUD slab, 84px title, 18px readouts, microtext node captions. Color System: flat HUD white with signal overlays in neon-cyan and HUDcore red. Trigger Words: ferrari_HUD, hypercar_blueprint, telemetry_panel, car_signal_overlay, torque_map, barcode_coordinate

POSTER_HUDCORE_CAR_13 — ‘LAMBORGHINI XR9: STEALTH CHASSIS DIAGRAM’ Prompt: Poster features a Lamborghini stealth prototype titled XR9, viewed in high-angle isometric wireframe. Background: blackout canvas with faint X-axis field guides. Upper zone: text “LAMBORGHINI // XR9 PROJECT”, right column lists chassis modules and system cooling zones. Lower region: powerband HUD graph with kinetic friction ID. Each chassis part tagged with hex-code identifiers, linked via curved path glyphs. Layout System: Z-grid tilted composition, broken horizontal flow, tag-to-node routing. Typography: OCR slab mono, mixed stencil glyphs. 72px ID title, 24px HUD tags. Color Grammar: void black with desaturated green HUD lines and pure white pulse labels. Trigger Words: lamborghini_prototype, stealth_chassis, kinetic_map, vehicle_HUD, isometric_HUDlogic, glyph_paths

POSTER_HUDCORE_CAR_14 — ‘MCLAREN GT-L8: SYMBOL RACE MODULE’ Prompt: HUDcore display of a McLaren GT-L8 series telemetry log. Center section: 3-part lap analysis chart, circular force diagram, vertical gear shift index. Top left: ID field “MCLAREN // GT-L8 MODE”, top right: pit response timer in layered pulse rings. Footer: lap comparison ticker feed in OCR monospace. Layout: Triple band structure (header/logic/feedback). 16-grid column split with symmetrical data tracing left and right. Typography: HUD pixel mono, racing slab, 1px line glyph dividers. Color Grammar: HUD white, tactical yellow (lap markers), signal-orange (RPM flags), blackout canvas. Trigger Words: mclaren_racing_HUD, lap_data_UI, telemetry_stack, force_diagram, pit_timer, GT_overlay

POSTER_HUDCORE_CAR_15 — ‘BUGATTI SILHOUETTE-S: CORE SHELL SYSTEM’ Prompt: Technical frame analysis of a Bugatti silhouette-body sports car. Primary diagram: full car body (top/side/cutaway) in soft grid. Overlays show module points: intake, exhaust, cooling loops, structural pressure arcs. Top-left: title field “BUGATTI // SHELL SYSTEM // S-PROTOTYPE”, with ID tag cluster and circuit grid bars on sides. Layout: Triple silhouette framing with orbit HUD segments around each body part. Right sidebar stacked with system tags and test diagnostics. Typography: compressed HUD display font + rotated block numerals. Color Code: HUD-white wire lines, matte blue overlay zones, glitch-scan red bar ID. Trigger Words: bugatti_chassis, silhouette_shell, pressure_arc_HUD, orbit_tag_UI, prototype_HUD_grid

POSTER_HUDCORE_CAR_16 — ‘KOENIGSEGG TRU-01: GLITCHVECTOR ERROR LOG’ Prompt: Concept poster of a Koenigsegg telemetry interface affected by data corruption. Core image: semi-corrupted car wireframe, displacement errors in lower panels, upper screen reads “TRU-01 SYSTEM BREACH”. Right: scrolling scanlines over torque split readout. Left: visual noise through RPM chart with “VEHICLE DRIFT – UNSTABLE”. Footer: digital fault tag “:: ERROR CODE // #121-M5 :: ID REPAIR QUEUED”. Layout: Broken symmetry logic grid, vertical scan bleed from top zone, offset alignment. Typography: OCR pixel, stencil glitch, mono debug field. Color Scheme: grayscale base, acid blue fault glyphs, RGB shift trails. Trigger Words: koenigsegg_HUD, glitch_UI, vehicle_diagnostic, corrupted_overlay, drift_mode, scanline_feedback

CATEGORY-BASED TRIGGER TOKENS

🛠️ SCHEMATIC + VEHICLE POSTERS

CopyEditcar_blueprint, exploded_view, vehicle_HUD, modular_autocard, techno_diagram, retrofuturist_sheet

👤 AI / AVATAR / HUMAN SYSTEMS

CopyEditposthuman_interface, xray_avatar, barcode_face, cybernetic_overlay, thermal_matrix, glyphbody

📊 UI + INTERFACE LAYOUTS

CopyEdithud_overlay, radar_graphic, voidscan_UI, telemetry_panel, cockpit_schematic, sensor_loop

🛰️ RAVE / PROPAGANDA / FLYER POSTERS

CopyEditrave_flyer_brutalism, event_signal, sci-fi_pass, glitch_promo, barcode_coordinate, acid_event_graphic

🧬 SCIENTIFIC & PHILOSOPHICAL OVERLAYS

CopyEditintent_system, emotion_logic, modular_typography, glyph_propaganda, analytic_voidspace

🎨 COLOR / FONT / COMPOSITION MODIFIERS

Color Tokens

CopyEditacid_red, neon_teal, void_black, cold_cyan, monochrome_invert, glitch_white

Font System Tokens

CopyEditmodular_grotesque, stencil_brute, pixel_mono, tech_label_font, cut_hud_typo

Layout Tokens

CopyEditasymmetric_grid, vertical_label_stack, scanline_barrier, dual_panel_overlay, 3_column_modular, HUD_timeline_track

🧬 COMPLETE LoRA TRIGGER SYNTAX TEMPLATE

When calling your trained LoRA in inference or prompt work, use:

txtCopyEdit<lora:flux_archivetype:1> poster_hudcore, modular_fluxUI, telemetry_panel, glitch_promo, barcode_face, 

💡 Suggested Use

• Use flux_archivetype as the main LoRA trigger
• Combine with category-specific triggers to narrow the result
• Use modular grid prompts and layout-descriptive tokens for structured output
• Mix with car models, character descriptions, or interface scenes for optimal detail