Olly, the author of OllyDbg, presents his new open source joke:

PAPERBACK v1.10


Updated by Michael Mohr

Download PaperBack v1.10
Download sources v1.10

PaperBack version 1.00 does not implement AES encryption properly.  Specifically:

a) The key used for (en|de)cryption in version 1.00 provides at most an effective key strength of less than 50 bits (and likely far less, perhaps on the order of 15-25 bits, depending on password quality) instead of the expected 256 bits.  Version 1.10 derives the encryption key from the password via key stretching, significantly improving key strength.  This change causes a small delay in the encryption step.

b) PaperBack version 1.0 implements ECB mode symmetric encryption.  This mode is subject to a watermark attack and leaks information about the encrypted data.  Version 1.00 changes the encryption mode to CBC, which mitigates this attack.

2) AES key length is now selectable in paperbak.h via AESKEYLEN.  I suggest not using AES-256, as its key schedule is known to be substandard.  See Bruce Schneier's website for details.  For the moment I've switched PaperBack to use AES-192.

3) The included libraries are now packaged as binary .lib files.  Instructions for rebuilding them from source are included in README.md from the PaperBack source code.

(Olly: mea maxima culpa. I am no cryptanalytic, and wrote Paperback quickly and without much thinking about the strength of the code. Btw, can this new release read old bitmaps?)



PAPERBACK v1.00

Download PaperBack v1.00
Download sources v1.00
Read GNU GPL



1. What is PaperBack?
2. Installation.
3. Setup.
4. Printing data to paper.
5. Data restoration.
6. History.
7. Patents and IP.
8. Acknowledgements.

9. Source code description.


1. What is PaperBack?

PaperBack is a free application that allows you to back up your precious files on the ordinary paper in the form of the oversized bitmaps. If you have a good laser printer with the 600 dpi resolution, you can save up to 500,000 bytes of uncompressed data on the single A4/Letter sheet. Integrated packer allows for much better data density - up to 3,000,000+ (three megabytes) of C code per page.

You may ask - why? Why, for heaven's sake, do I need to make paper backups, if there are so many alternative possibilities like CD-R's, DVDR's, memory sticks, flash cards, hard disks, streamer tapes, ZIP drives, network storages, magnetooptical cartridges, and even 8-inch double-sided floppy disks formatted for DEC PDP-11? (I still have some). The answer is simple: you don't. However, by looking on CD or magnetic tape, you are not able to tell whether your data is readable or not. You must insert your medium into the drive (if you have one!) and try to read it.

Paper is different. Do you remember the punched cards? EBCDIC and all this stuff. For years, cards were the main storage medium for the source code. I agree that 100K+ programs were... unhandly, but hey, only real programmers dared to write applications of this size. And used cards were good as notepads, too. Punched tapes were also common. And even the most weird codings, like CDC or EBCDIC, were readable by humans (I mean, by real programmers).

Of course, bitmaps produced by PaperBack are also human-readable (with the small help of any decent microscope). I'm joking. What you need is a scanner attached to PC. Actual version is for Windows only, but it's free and open source, and there is nothing that prevents you from porting PaperBack to Linux or Mac, and the chances are good that it still will work under Windows XXXP or Trillenium Edition. And, of course, you can mail your printouts to the recipients anywhere in the world, even if they have no Internet access or live in the countries where such access is restricted by the regiment.

Oh yes, a scanner. For 600 dpi printer you will need a scanner with at least 900 dpi physical (let me emphasize, physical, not interpolated) resolution.

Have I already mentioned that PaperBack is free? I release it under the GNU General Public License, version 3. This means that you pay nothing for the program, that the sources are freely available, and that you are allowed - in fact, encouraged - to modify and improve this application.


2. Installation.

You don't need to install PaperBack. Copy it to any directory, if possible, with unrestricted write access (to allow PaperBack to save settings to the initialization file), optionally create shortcut on the desktop - that's all.


3. Setup.

This is how Options dialog looks:

Options dialog


The most important setting is the dot density. It determines the size of the data bit on the paper and must be at least two times lower than the physical resolution of your printer. For example, if you are the (moderately) happy owner of the HP LaserJet V with 600 dpi resolution, set density to 300 dpi. This allows you to draw 300x300=90,000 dots, or slightly less than 6 k bytes of useful data on every square inch of the paper.

Jet printers are not as good as laser. Maximal useful resolution is typically limited to 200 dpi. Please select the best available quality, and don't forget to align the printing nozzles, so that points printed from left to right coincide with those printed from right to left.

Dots must be clearly distinguishable from each other. Usually this means that they must be separated by some anount of white space, determined by the parameter dot size. 70% is usually the best option.

Compression is always good, because it reduces the size of the bitmap, unless your file is already packed. Use fast compression if your computer is really, really slow, and maximal compression in all other cases.

Redundancy helps to recover partially damaged data. Redundancy 1:5 means that for every 5 consecutive data blocks, if one block is completely unreadable, PaperBack will be able to restore it. To reduce damages caused by coffee pots and other common dangers, blocks are distributed around the page. Higher redundancy decreases page capacity but improves reliability.

Header and footer asks PaperBack to print useful information about the file, like file name, its size, date of last modification, page and recommended scanner settings. This parameter influences only the printing and has no influence on the reading of the data. Border around the page improves autocropping with the not-so-smart TWAIN drivers.

Large files will be printed on several pages. When last page is scanned (order is not important) and autosave option is activated, PaperBack will ask you to select location where restored file will be saved. If this option is unchecked, you must press Save button when recognition is finished - convenient if your scanner has automatical feeder and you scan several backups (up to 5) at once.

PaperBack uses Highly Sophisticated Unbelievably Advanced Error Correction Techniques (in fact, Reed-Solomon ECC) to restore unreadable pixels. Therefore, if data is halfway readable, it will accept it, even if recognition parameters are very far from optimal. This accelerates processing but leads to the high amount of bad blocks reported by the program. When you backup important data and verify it afterwards, this may lead to false assumption that data is unreliable. But activate Determine best quality, and PaperBack will report the real data quality. Of course, this costs time.

Two last options set data encryption (FIPS-197 compliant AES is not easy to crack) and whether password is displayed as the readable text while you type it in, or the characters are replaced by asterisks. Of course, this option does not mean that password will be printed on the paper!


4. Printing data to paper.

First, set page size and printer options. They may differ from one driver to another, so I will not discuss them here in details. Always select the best available printing quality. Turn off halftoning, dithering and image optimization. Don't forget to align nozzles on jet printers; if possible, turn off bidirectional printing. Note that only basic printer options are saved between the sessions, and you may need to re-enter them again.

After options are set, you can print your data. Current PaperBack version is 1.00, and it can't backup folders - only the single files, at most one per page. This is the very substantial drawback for the backup program. If you are going to save many small files, better first pack them into the single archive using WinZip, tar or similar program.

PaperBack supports drag-and-drop. If file has extention other than .bmp, it will be printed. Default action for bitmaps is the recognition. To  backup them, use Print button. You can drop several files at once; internal queue is limited to 128 entries. Again, each file will be printed on the separate sheet(s) of paper.

For test purposes, you can save bitmaps to the disk. This option is selectable from the main menu.


5. Data restoration.

PaperBack should support any scanner with TWAIN interface. It also accepts uncompressed grayscale and RGB bitmaps with 8 or 24 bits per pixel. You can drag-and-drop files with extention .bmp directly into the PaperBack.

If you use scanner, select scanning source from the main menu, then press Scan button. Optimal resolution is about 3 times the dot density. B/W scans are usually unreadable, always select grayscale image. Color scanning is also acceptable, but has no advantages except for 3-fold memory use. (Another joke). Memory requirements are relatively high. A4 grayscale bitmap with 900 dpi resolution requires around 80 MB.

Turn off all image optimizations, like sharpening - PaperBack uses its own optimization techniques better suitable for this particular case.

Grid should be more or less parallel to the sides of the scanner (maximal angle must not exceed 7), but general orientation is unimportant: portrait, landscape, upside down or even, if you use transparencies, flipped. Orientation may change from one paper sheet to another.

You can scan up to 5 backups simultaneously. Each file will be placed into the separate tab. If backup consists of several pages, the order in which they are scanned is absolutely unimportant. Bottom line in the tab displays list of unscanned or incomplete pages. If some page is unreadable, change its placement, resolution and/or brightness and contrast.

Quality map to the right shows distribution of errors on the last scanned page as a gradations of colours. Good blocks are green. The higher the number of erroneous bytes, the more reddish is the colour. Undeciphereble blocks with more than 16 invalid bytes are black. If block is white, PaperBack was unable to recognize the grid. Doubleclick map to display the block as a grayscale image (optionally with marked errors).

After all pages are scanned, press on Save to write restored file to the disk. If backup is encrypted, you will be asked to enter the password.


6. History.

Once upon a time, my oldest son (he was 15 then) asked me: "Dad, how the huge amounts of data are saved on the small CD?" A brief explanation from my side followed, I took a very sharp pencil and tried to draw as small points and lines as possible, in order to emphasize how dense the data is. Then my son asked: "How much data can you place this way on the single sheet of paper?" My estimation was in the order of 100 K. "Can we make a try?" It took me four or five days to make the proof of concept, and another two weeks to integrate packer, encryption and user interface. Then I lost the interest and put the whole project into the darkest corner of the deepest directory on my hard disk. (One more joke). But why keep potentially useful code to myself? So now I am releasing it under GPL 3.


7. Patents and IP.

PaperBack is a "clean-room" implementation. I assure that my part of code is written by myself alone and is not based on any 3-rd party work.

However, I can't guarantee that this program doesn't infringe any patents, trade marks or other stuff that makes lawyers rich. If you are going to use PaperBack, all the burden of proof is on your side.

To make lawyers (un)happy:

Work | Beamng Drive V011

The BeamNG.drive v0.11 update, titled "The Coast is Clear," was a landmark release for the simulator, introducing its first major urban environment and several core mechanical improvements. Released in late 2017, this version remains a significant milestone for fans of the game's soft-body physics. Key Features of Version 0.11

Update 0.11 shifted the game from rural and industrial landscapes into a dense, realistic city setting, alongside critical simulation enhancements.

West Coast USA Map: This was the primary highlight, featuring a sprawling California-themed urban area. It includes:

Densely packed city streets with functioning traffic lights and 2018-era license plates.

Diverse zones such as a drag strip, docks, industrial canals, and off-road hills.

Realistic details like graffiti-covered buildings and retro-style burger joints.

In-Game Mod Repository: A game-changing addition that allowed players to browse, download, and update mods directly within the game menu for the first time. Simulation Physics Improvements:

Clutch Thermals: Implemented realistic overheating for clutches when abused during driving.

Nitrous Oxide (N2O): Added realistic N2O support, including varying bottle sizes and the risk of exploding engine blocks.

Torque Reaction: Introduced simulation of engine and drivetrain torque reactions, making cars "twist" under heavy acceleration.

Afterfire Effects: Added physics-based visual and audio effects for exhaust afterfire.

Audio Overhaul: Introduced dedicated horn and siren sounds for vehicles, as well as improved surface layer sounds like "tire pops" at low speeds. Technical Performance and Fixes

Version 0.11 also focused on making the game more stable and efficient.

Physics Optimization: Overall physics performance was improved by approximately 10%.

Lua Memory Fix: For 64-bit systems, the 2GB memory limit for Lua was removed, allowing for more complex mods and scripts.

Input Support: Added support for speed-sensitive steering limits and fixed force feedback issues for Thrustmaster devices. How to Play Older Versions Like v0.11

If you are looking to revisit v0.11 for nostalgic reasons or to run older mods, you can access it through Steam's built-in tools. BeamNG.drive - Update 0.11

The year was 2017, and the BeamNG.drive dev team was deep in the trenches of the

update. At the time, the community was buzzing; the game was evolving from a "crash simulator" into a true automotive sandbox.

Inside the virtual workshop, the air was thick with the scent of digital grease. The star of the show was the West Coast, USA

map. It wasn't just a new level; it was the team's most ambitious environment yet, featuring a sprawling city, sprawling highways, and a massive port. Developers spent late nights hand-placing every curb and streetlamp, ensuring that when a player inevitably flew off a bridge, the impact felt visceral. Meanwhile, the "physics wizards" were perfecting the Tri-point tow hitch

. For the first time, players could properly haul trailers, turning the game into a high-stakes logistics sim. They also introduced the Bruckell LeGran

, a quintessentially bland 80s sedan that looked like a shoebox but crumpled like a soda can—perfection in the eyes of the fanbase.

The night before release, the "Work-in-Progress" (WIP) build was a chaotic mess of broken textures and flying hubcaps. But as the sun rose, the bugs were squashed. When v0.11 finally dropped, players didn't just play it; they lived in it. They spent hours drifting through the "Comet" tunnel and testing the limits of the new procedural track generator

It was the update that proved BeamNG wasn't just about destroying cars—it was about the art of the drive. technical patch notes from that era, or should we come up with a crash-test scenario for the LeGran?

Since BeamNG.drive is currently in v0.34 (released late 2024) and moving toward v0.35 in early 2026, it seems you might be referring to version 0.11, which was a major milestone released in late 2017.

At that time, v0.11 was a transformative "work" for the developers, as it introduced the West Coast, USA map and revolutionized the game's lighting and physics. Below is a review of why that specific "work" (v0.11) was a turning point for the simulator. The v0.11 "Work" Overview

Released in December 2017, version 0.11 was arguably the moment BeamNG.drive moved from a "tech demo" to a legitimate driving simulator.

West Coast, USA Map: This was the first "mega-map." It added a massive urban environment with highways, suburbs, and a race track. Before this, maps were mostly empty fields or small islands.

The "Lighting" Update: This version overhauled the rendering engine. For the first time, the game didn't look "flat." It introduced realistic reflections and bloom, making the cars look like physical metal rather than plastic.

Physics Optimizations: Even back then, the soft-body physics were demanding. The v0.11 "work" optimized the engine so that average PCs could handle more than two cars at once without crashing. Helpful Review: Why it Matters Today

If you are playing this version (perhaps for performance on an older machine) or looking at the game's history, here is how the v0.11 work stacks up: Feature Review / Impact Soft-Body Physics

Industry-leading. Even at v0.11, no other game matched the realistic crumple zones and mechanical damage. Environment

Immersive. The addition of the West Coast map proved the engine could handle complex city geometry. Driving Feel

Intermediate. In v0.11, tire grip was notoriously "floaty" compared to the high-fidelity tire models in the current v0.34+ versions. Content

Mod-Heavy. Much of the "work" in this version was making the game easier for creators to build their own cars and tracks. The Verdict

The v0.11 update was the foundation of the modern BeamNG experience. It transitioned the game into a sandbox masterpiece. However, if you are looking for the best "work" from the developers, the current 2026 versions have vastly superior AI, a functional Career Mode, and VR support which were not present in 0.11. If you'd like, I can help you: beamng drive v011 work

Troubleshoot why a specific mod from that era isn't working. Compare v0.11 features to the latest 2026 updates.

Find the minimum PC specs needed to run the current version of the game.

The Evolution of BeamNG.drive: Version 0.11 "The Coast is Clear"

Released on November 23, 2017, version 0.11 remains one of the most transformative updates in the history of BeamNG.drive. Known by its official title, "The Coast is Clear," this update marked the shift from smaller, segmented levels to the game's first massive, high-detail urban environment: West Coast USA.

Whether you are revisiting this classic version for performance reasons or researching the game's development history, here is how version 0.11 changed the "work" of driving and simulation in BeamNG. 1. The Landmark Map: West Coast USA

The "work" put into version 0.11 focused heavily on creating West Coast USA, a

map inspired by the San Francisco Bay Area and other parts of California. This map introduced features that are now staples of the modern game:

Diverse Environments: A massive city center with traffic lights, a bustling refinery, a harbor/dock area, and steep San Francisco-style hills.

Motorsports Complex: A dedicated area featuring a drag strip, drift track, and dirt racing facilities.

Urban Infrastructure: The inclusion of working traffic lights and complex AI pathing allowed for more realistic "city work" scenarios, such as deliveries and police chases. 2. Deep Simulation Advancements

Beyond the map, version 0.11 significantly upgraded the underlying physics and simulation "work" required for a realistic experience:

Nitrous Oxide System (N2O): This version introduced the first official support for Nitrous Oxide, allowing players to add significant power boosts (ranging from ) to their vehicles.

Clutch Thermals: For the first time, clutches could overheat and fail if abused, adding a new layer of mechanical management.

Improved Sounds: New functional sounds were added, including sirens, horns, and "afterfire" (backfire) effects for high-performance engines. 3. Workflow Improvements for Players and Modders

Version 0.11 wasn't just about gameplay; it overhauled how players interact with the game:

In-Game Mod Repository: This was the first version to allow users to browse and download mods directly from within the game. It simplified the workflow of keeping mods updated with a one-click system.

New Speed Planner for AI: The AI received a smarter "speed planner," making traffic behave more predictably and realistically around the new urban map.

Vehicle Optimization: Existing vehicles like the T-Series received ABS (Anti-lock Braking System) and CPU performance optimizations to ensure the new, large map remained playable. 4. Legacy and Modern Compatibility

While the game has since progressed to much higher versions (like v0.35 in 2025), v0.11 is often cited as the point where BeamNG.drive evolved from a "crash simulator" into a true "driving simulator". Changelog | BeamNG.drive Wiki | Fandom

(0.11.0) Levels: West Coast, USA. (0.11.0) Simulation: Nitrous Oxide (N2O) (0.11.0) Simulation: Clutch Thermals. (0.11.0) Network: BeamNG Drive Wiki BeamNG Drive I UPDATE 0.11 #1004 [Alpha]

It sounds like you're looking for a text or title related to a specific version of BeamNG.drive — possibly v0.11 (since "v011" likely means version 0.11).

Here are a few clean text options you could use for a filename, folder name, chat message, or post title:

  1. BeamNG.drive v0.11 work
  2. BeamNG.drive v0.11 – work in progress
  3. BeamNG_drive_v011_work (underscores for filename safety)
  4. BeamNG v0.11 works (as in “this version works”)

If you meant something else — like asking whether v0.11 of BeamNG.drive actually works (is stable/playable), or need a description for a mod or video — just clarify and I’ll be happy to help further.

BeamNG.drive version 0.11, released in November 2017 and titled "The Coast is Clear,"

was one of the game's most significant updates. It focused on expanding the environment and deepening mechanical realism. Steam Community New Environment: West Coast USA The headline feature of v0.11 was West Coast USA

, the game's first major urban environment. It introduced a diverse landscape that included: Steam Community A dense city center with skyscrapers. Suburban areas and a coastal highway. A dedicated racing circuit and a small port area.

New environmental audio, such as traffic sounds in garages and location-specific reverb. Mechanical & Physics Enhancements

This update introduced several key mechanical simulations that added "hardcore" realism: Nitrous Oxide (N2O) Support:

Players could add various bottle sizes to engines, featuring purge visuals and realistic torque limitations—excessive use could explode the engine block. Clutch Thermals: A new simulation for clutch overheating when abused. Torque Reaction:

Improved simulation of engine, flywheel, and drivetrain torque reactions, causing vehicles to "twist" under heavy acceleration. Line-Lock:

Added a feature for drag racing that allowed players to lock front or rear wheels independently. Afterfire Effects: Added physics-based visual and audio backfire effects. Quality of Life & Technical Improvements In-Game Mod Repository:

For the first time, players could browse, download, and update mods directly within the game. Audio Overhaul:

Introduced functional sounds like horns, sirens for emergency vehicles, tire pops at low speeds, and blow-off valve events. AI Speed Planner:

A new AI system was implemented to improve how vehicles plan their speed and navigation, laying the groundwork for better traffic and pursuits. Performance:

Physics performance saw an overall improvement of approximately 10%. Steam Community specific vehicles that were updated in v0.11 or later versions? BeamNG Drive Review - Best Simulation Game EVER?

BeamNG.drive was a milestone update released in late 2017 that significantly improved the game's core "work" and functionality, particularly for vehicle simulation and environment interaction. Key Technical Improvements Physics Engine Upgrades The BeamNG

: The 0.11 update introduced significant optimizations to the soft-body physics engine , improving the way vehicles flex and deform under stress. Powertrain Logic

: This version saw a major overhaul of the vehicle powertrain system, making it more modular and realistic. It allowed for better simulation of transmissions , differentials, and engine stalling. Automation Integration

: A major highlight of this era was the deepening connection with Automation

, allowing players to build custom cars and export them into BeamNG.drive for testing. How to Make Version 0.11 Work Better

If you are specifically looking at how the game’s systems work or troubleshooting older versions: Controls Setup : Ensure your input devices

are mapped correctly in the Options > Controls menu. For realism, many players tweak the "linearity" and "deadzones" of their steering wheels or controllers. Graphic Optimization

: For older versions or weaker hardware, performance can be improved by disabling dynamic reflections and light rays in the Graphics settings. Clearing Cache

: If you encounter bugs or "broken" mods from that era, use the "Clear Cache" tool in the game launcher to remove old temporary files that might conflict with current gameplay. Gameplay and Career

The update further expanded on "Campaigns," which are themed missions (chases, stunts, races) that provide a structured alternative to the sandbox free roam mode particular mod from that version? All you need to know to get up and running in BeamNG.Drive! 2 Jan 2023 —


The screen glowed a soft blue in the dim light of the garage. Alex leaned forward, the worn-out gaming chair creaking under the shift in weight. On the monitor, a battered, pixel-perfect 1990s sedan sat motionless on a sun-bleached asphalt grid. This was BeamNG.drive, version 0.11.

To anyone else, it was just a soft-body physics simulator. A digital playground for crashes. But to Alex, it was a sanctuary. And tonight, it was a workshop.

The "work" wasn’t about coding or debugging. It was about understanding.

V0.11 had been a revelation. The new tire thermodynamics, the revised suspension geometry, the way the chassis now resonated with a frequency that felt almost alive. Other players chased the spectacular—the 200-mph tunnel pileups, the skyscraper-toppling bus stunts. But Alex chased the silent, invisible moments.

He loaded a custom scenario: "West Coast, USA – Industrial Docks, 3:47 AM."

The car, a modified 'ETK I-Series,' idled with a subtle, nervous tremor. Alex didn't touch the throttle. Instead, he used the UI apps—the debug overlays that v0.11 had polished to perfection. A real-time graph of torque vectoring. A heat map of tire surface strain. A wireframe overlay showing every node and beam that made up the car's digital skeleton.

Work.

He applied 12% brake pressure. Watched the front-left caliper node compress by 0.03 millimeters. Released. Applied 5% steering input. Observed the steering rack beam flex, then transfer load to the control arm. The chassis didn't just move; it sang.

His father had been a real mechanic. Alex remembered the smell of grease and the sound of a wrench striking a steel beam in their cramped garage back in Ohio. "Feel the machine, Alex," he'd say, his hands black with oil. "Don't just see it. It talks to you in creaks and vibrations. Listen."

Dad had passed last spring. The real garage was silent now.

But this one—this strange, digital, crash-happy universe—was loud with memory.

Alex loaded a heavy trailer. A flatbed with a rusted shipping container. He attached it to the ETK's tow hitch, a connection point that v0.11 had finally made physically stable without constant micro-explosions.

Then, he began the real work. A slow, deliberate drive from the docks, up the winding coastal highway, toward the tunnel exit.

Every bump was data. Every crest of a hill was a physics equation unfolding in real time. He felt the trailer's mass push against the car's rear axle. He heard (in his mind) the creak of the virtual hitch. He adjusted the throttle not for speed, but for balance—keeping the tensile forces on the connecting beam between 140 and 160 newtons.

Halfway up the highway, just past the first hairpin, he stopped the car. The screen showed a perfect, frozen moment: the ETK slightly angled, the trailer poised on a gradient of 11.7 degrees. The beams were green—stable, no stress fractures.

He pulled up the "debug beam stress" visualizer. A beautiful, glowing lattice of green and blue lines pulsed gently. It looked like a constellation. Or a nervous system.

He whispered to the empty room, "I hear it, Dad."

Then, because this was still BeamNG.drive, he pressed the "U" key to detach the trailer at 45 mph, watched it jackknife spectacularly, tumble over the guardrail, and explode into 300 individual beams that rained down onto the virtual Pacific Ocean.

He smiled. The work was done. Version 0.11 was stable. And somewhere, in the creak of a digital chassis, a connection was still holding.

BeamNG.drive Version 0.11, released in late 2017, was a landmark update that introduced the West Coast, USA map and significant technical improvements to the game's core systems. Key Features of Version 0.11

West Coast, USA Map: This was the highlight of the update. It is a massive, modern California-inspired environment featuring a city center, docks, motor sports park (with a drag strip), off-road areas, and a classic 1950s-style burger joint.

Physics & Traffic: The update brought major enhancements to the AI system and traffic logic, making it easier to populate worlds with vehicles that react more realistically to the player.

Performance Optimization: Substantial work went into the game engine (built on soft-body physics) to ensure that the complex collision and deformation systems remained stable on consumer-grade hardware. Essential Controls for Starters

If you're jumping into this version (or newer), these are the basic "must-know" keys to get things working: BeamNG.drive - Update 0.11

BeamNG.drive version 0.11, released on November 23, 2017, was a transformative update titled "The Coast is Clear". It introduced the game’s first major urban environment and several foundational physics systems that remain core to the experience today. Major Additions in v0.11

West Coast USA Map: This was the update’s centerpiece, offering a 2x2 km environment inspired by the San Francisco Bay Area. It featured diverse zones including a dense downtown, a lighthouse, a refinery, and a modern motorsports facility with drag and drift tracks.

In-Game Mod Repository: A significant quality-of-life change, this allowed players to browse, download, and automatically update mods directly within the game menu for the first time. BeamNG

Drivetrain Physics: The update added realistic engine flywheel and drivetrain torque reaction simulation, causing vehicles to tilt or twist slightly under high torque.

Thermal Systems: Clutch thermals were implemented, meaning clutches could now overheat and fail if abused.

Nitrous Oxide (N2O): Support for Nitrous Oxide Injection was added, including purge visuals, varying bottle sizes, and the risk of exploding engine blocks. Key Mechanical Improvements

Audio Overhaul: Added functional horns and sirens for emergency vehicles, as well as physics-based afterfire sounds and blow-off valve events.

Line-Lock: A new feature specifically for drag racing, allowing players to lock the front brakes to perform burnouts and heat up tires.

Rev Limiters: Implemented different styles of rev limiters, including RPM-based, time-based, and smooth variants. Making v0.11 "Work" Today

If you are looking to run version 0.11 today (likely for compatibility with older mods or for nostalgia), consider these technical notes:

Mod Compatibility: Many modern mods are built for the current game engine and may not work in 0.11. Conversely, the More Features Mod was specifically designed to expand functionality for this version.

Performance: Physics performance was improved by roughly 10% in this version compared to v0.10. If you experience "microstutters," ensure the Second Hotfix (0.11.0.2) is applied, which addressed specific sound and physics lag issues.

Automation Exporting: While the official Automation-to-BeamNG Exporter was a joint venture announced later in 2018, early work on this collaboration began around the time of v0.11's development. BeamNG.drive - Update 0.11

BeamNG.drive version 0.11, released in November 2017, was a landmark update titled " The Coast is Clear

". It is widely remembered for introducing the game's first major urban environment and several foundational simulation mechanics still used today. Core Version Highlights

West Coast USA Map: This update debuted the massive West Coast USA level, modeled after San Francisco. It introduced complex city layouts, a race track, and detailed highway systems.

Nitrous Oxide System (N2O): Players could finally add adjustable nitro injection (50–200 kW) to vehicles. Advanced Simulation Features: Clutch Thermals: Simulation of clutch overheating and wear.

Torque Reaction: Changed how torque affects car behavior, making high-power vehicles pull to one side like real drag cars.

Line Lock: Added the ability to lock front or rear wheels independently for burnouts or drag starts.

QoL Improvements: The update added the first in-game Mod Repository, allowing players to browse and download mods without leaving the game. Performance & Stability Review BeamNG.drive - Update 0.11

It looks like you're diving into the technical side of BeamNG.drive , specifically working with the version

era of modding and "jbeam" structures. In the world of BeamNG, "putting together a piece" refers to the intricate process of building or porting vehicle parts using the part/slot system How Vehicle Parts Work (v0.11 Era Logic) In BeamNG, everything is defined by

files. To "put together a piece," you define a component's internal name, its slot type, and what other parts can be attached to it. The Slot System

: This acts as the skeleton. Each part (like a front suspension) has a "slotType" that matches a "slot" on the main vehicle frame. Defining Components : A standard part definition includes: "information"

: Contains the author's name and the part name as it appears in the Parts Selector "slotType" : The identifier that tells the game where this piece fits.

: A list of sub-parts (like brakes or wheels) that can then be attached to Workflow for Modding or Porting

If you are porting a "piece" (like an engine) from one vehicle to another, follow these steps used by the community: Locate the Files : Find the and associated

(3D model) files. For most vehicles, these must be kept together in the vehicle's directory to ensure they aren't invisible. Edit References : Use a tool like

to search and replace vehicle references. For example, if you are moving a part from the "ETK" to the "ETKI," you must replace all instances of "etk" with "etki" in the text code so the physics engine recognizes the new host. The Garage Mode

(introduced and refined in early versions) to inspect your work. This mode allows you to swap parts, tune setup values, and paint the vehicle to ensure the piece looks and functions correctly. Advanced Component Features

When building complex "pieces" like drivetrains, you can include specific toggles and expansions: Lift Axles

: These can be assigned to specific keybinds for heavy-duty trucks. Twin-steer Systems

I notice you're asking for an article about BeamNG.drive v0.11 — but I believe there may be a small typo in the version number ("v011" instead of v0.11). BeamNG.drive’s major updates follow the v0.x format, and version 0.11 was indeed a significant release.

Below is a comprehensive article covering the features, improvements, and impact of BeamNG.drive v0.11.


Mod Compatibility: What "Works" with v0.1.1?

If you search for "BeamNG drive v011 work mods," you will find a graveyard of broken links. Crucial reality check: Modern .zip mods for BeamNG 0.30+ will not work in v0.1.1. The vehicle file structure changed dramatically in 2016.

However, period-correct mods work beautifully.

To get a mod to work, you must manually edit the vehicle.jbeam to remove any "flexbody" nodes, as v0.1.1 did not support soft-body tires (they used rigid colliders disguised as rubber).

Modding Notes (for creators)

2. New Vehicle: ETK I-Series (Refresh)

The fictional German-inspired ETK brand received a complete overhaul of its I-Series sedan and wagon. New features included:

Key Highlights (bulleted)



8. Acknowledgements.

PaperBack would be not possible without the Reed-Solomon error correction. The code is written by Phil Karn (C) 2002. Phil allows use of his code under the terms of GPL.

AES encryption code is developed by Christophe Devine (C) 2001-2004. This code is also released under GPL.

bzip2 compression engine is developed by Julian R. Seward (C) 1996-2005. See sources for details. To my best knowledge (IANAL), his license is compatible with GPL.


9. Source code description.

There is currently none, but the sources are commented. If you need help, read comments. If you still need help, ask your friends. For more help, visit some discussion forum. If you are completely despaired, create your own forum. If you are ready to commit suicide, well, drop me a mail (ollydbg at t-online de). Set subject to PaperBack, or you will be considered spam and filtered out. Allow 4 to 6 weeks for delivery.



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