Unlock the full potential of your creations in Besiege with our comprehensive guide, “Besiege: Advanced Building Techniques.” Delve into the intricacies of designing the ultimate siege engines as we explore key strategies to enhance your builds. Learn how to master Using Hinges and Springs for increased mobility, and discover the secrets of Creating Advanced Siege Engines that are both powerful and efficient. Gain insights into Balancing Weight and Stability to avoid catastrophic collapses, and seamlessly Incorporate Weapons and Tools for maximum destruction. Finally, optimize your masterpieces for varied missions with our tips on Optimizing for Different Missions. Ready to dominate the battlefield? Read on and elevate your Besiege experience to new heights!
Besiege: Advanced Building Techniques
Using Hinges and Springs
Hey there, aspiring siege engineer! If you’re reading this, you’re ready to take your Besiege creations to the next level. Hinges and springs might seem tricky at first, but with a bit of practice, they can make your machines way more flexible and powerful. Let’s dive into how to use these mechanical wonders effectively.
Hinges: Turning Things Around
Hinges are components that allow parts of your machine to rotate. They’re great for making pivoting arms, swinging gates, and even steering mechanisms. Here’s how you can use them:
Basic Hinge Setup:
- Attach a hinge to the main frame of your machine.
- Place a block or any other movable part on the hinge.
- The part will now rotate around the hinge’s axis when activated.
Controls:
- Go to the hinge’s settings and assign control keys.
- You can use the default keys (usually the arrow keys) or customize them to fit your design needs.
- Press the assigned keys during gameplay to make the hinge rotate.
Ideas for Hinges:
- Steering: Attach wheels to rotating arms on either side of your vehicle. Control the hinges to turn left or right.
- Catapults: Create a pivoting arm that launches projectiles when you release the tension.
- Doors and Ramps: Use hinges to create gates that swing open or ramps that can be lowered.
Springs: Adding Tension and Bounce
Springs are another versatile component. They store energy and release it when needed, making them ideal for various functions like propulsion, shock absorption, or adding bounce to your machine.
Attach a Spring:
- Connect one end of the spring to a fixed point on your machine.
- Attach the other end to a movable part like a piston or hinge.
Adjusting Tension:
- In the spring’s settings, you can adjust the tension. Higher tension makes the spring stiffer and more reactive.
- Fine-tune the tension based on the specific needs of your machine. For example, high tension might be great for a powerful catapult, while lower tension could work better for a shock absorber.
Spring Applications:
- Catapults and Trebuchets: Use springs to add extra power to your throwing mechanisms.
- Suspension Systems: Attach springs to wheels to create a smooth ride over rough terrain.
- Jumping Machines: Combine springs and hinges to make parts of your machine bounce, jump, or absorb impacts.
Combining Hinges and Springs
One of the coolest aspects of Besiege is combining different components to create something truly unique. Here are some ideas to get you started:
Spring-Loaded Doors:
- Place a spring on a hinge to create a door that automatically closes after being opened.
Ejector Seats:
- Use hinges and springs together to create an escape mechanism that throws a part of your machine (or a character) into the air.
Dynamic Catapults:
- Combine a hinge for the throwing arm’s movement and a spring for added launch power. Adjust the timings to get the perfect throw.
Tips and Tricks
- Experiment Freely: Don’t be afraid to try different combinations and settings. Sometimes the most unusual setups lead to the best results.
- Use Multiple Hinges: For more complex movements, try using multiple hinges in sequence. This can create intricate, lifelike motions.
- Test Often: Regularly test your machine’s parts. Small adjustments to hinge rotation speeds or spring tension can make a massive difference.
With these tips, you’re ready to start incorporating hinges and springs in your Besiege designs. Whether you’re building a complex destruction machine or creating something more whimsical, these components can add a whole new layer of creativity to your builds. Happy building!
Creating Advanced Siege Engines
So, you’ve got the basics of Besiege down. You’re making your way through the levels, and now you’re craving something more—something that turns heads and makes your friends say, “Whoa, how’d you do that?” It’s time to level up with some advanced siege engine techniques. Let’s dive in!
The Basics: Setting a Solid Foundation
Weight Distribution: One of the most crucial parts of building any advanced siege engine is proper weight distribution. Think about the center of gravity. If your machine is too top-heavy, it’ll tip over faster than you can say “Timber!” Spread out your components so the weight is balanced.
Reinforcements: Strengthen your frame. Use multiple layers of blocks or brace your machine with struts and hinges. This keeps it from shaking itself apart when you fire that massive cannon or spin those giant drill bits.
Mastering Movement: Beyond Wheels
Tank Treads: Sometimes wheels just won’t cut it, especially on uneven terrain. Create tank treads using small wheels attached to spinning blocks. Cover them with armor plates for better traction.
Flying Machines: Want to go airborne? Use propellers, balloons, and wings. Stabilizers will keep your machines in the air longer. Learning to balance lift and weight is key here—too much of either and you’ll be kissing the ground pretty quickly.
Offensive Power: Weapons Galore
Cannons and Bombs: Hook up your cannons to steering blocks for better aiming. Use decouplers to drop bombs from above—just make sure you’ve got a good release mechanism!
Flamethrowers: These are great for close combat. Attach them to hinges so you can adjust the angle of fire. Just remember, they can set your own machine on fire if you’re not careful. Pro tip: Use metal or water cannons to extinguish accidental fires.
Defense Mechanisms: Shields and Armor
Armor Plating: Cover your engine in metal plates to protect from arrows and catapult shots. Wood is light but flammable; metal is heavy but sturdy. Find a good balance based on the enemies you’re facing.
Shields: Add retractable shields that you can deploy when under attack. Use hinges to swing them out from the sides or front of your machine.
Advanced Controls: Precision and Efficiency
Piston Mechanics: Pistons are fantastic for creating extendable weapons or lifting platforms. Configure them with keybindings for precise control.
Sensors and Automation: Take your machines to the next level by integrating sensors. These can trigger specific actions like firing cannons automatically when enemies are close. It requires some experimentation, but the results can be worth it.
Creative Inspiration: Unleash Your Imagination
Finally, don’t be afraid to experiment. Some of the best siege engines come from just playing around with parts. Build a catapult that throws fireballs, a helicopter with spinning blades of doom, or even a walking mech. The sky’s the limit!
Final Thoughts
Building advanced siege engines in Besiege is about creativity, experimentation, and a bit of engineering know-how. Balance your machine, reinforce it, arm it to the teeth, and watch it wreak havoc on your foes. Remember, the best part of the game is seeing your wildest ideas come to life. So, get building and have fun!
Balancing Weight and Stability in Besiege
Alright, so you’ve got your basic siege engine down, and it’s awesome. But then you try to move it and it wobbles like a jelly or tips over like a toddler learning to walk. Don’t worry – this is where balancing weight and stability come in. Let’s break it down!
Why Balance Matters
In Besiege, good balance means the difference between a machine that can crush castles and one that crumples under its own stress. When your machine’s weight is evenly distributed, it can move smoothly and absorb impact without falling apart. Sturdy machines are less likely to break when they collide with obstacles or enemies.
Center of Mass
Think of your machine’s center of mass like its belly button – it’s the point where all its weight balances out. If your machine’s center of mass is too high, it might topple over. If it’s too far to one side, it could tip. You want to keep that center low and centered.
- Low Center of Mass: Keep heavy parts like cannons, boulders, or ballast closer to the ground.
- Balanced Load: Distribute weight evenly on both sides.
You can use the grid preview in the build mode to see if your machine looks balanced. If you notice it’s leaning to one side, try moving heavy components around.
The Wonders of Ballast Blocks
Ballast blocks are your best friends when it comes to balance. They’re heavy blocks that you can add to your machine to help weight it down. Place them smartly to keep that center of mass in check.
- Strategic Placement: Add ballast blocks lower and on the opposite side of where you feel your machine is tipping.
- Fine-Tuning: Use small amounts first; it’s easier to add small weights than deal with too many big ones.
Sticky Pins and Bracing
Sometimes, adding weight isn’t enough. You need stability so your parts don’t fall apart under pressure.
- Sticky Pins: These are great for connecting moving parts that need to stay put. They add friction without making your machine too rigid.
- Bracing: Use brace pieces to connect vulnerable parts. Think of it like adding bones to your machine. Too many braces will make your siege weapon heavy and less flexible, so use them wisely.
Axles and Wheels
The wheels and axles often make or break your machine – literally. Prepare to get put through the wringer with these tips:
- Spacing: Keep your wheels evenly spaced. This helps your machine move straight instead of veering off or wobbling.
- Wheel Size and Type: Bigger wheels mean better rolling over rough terrain, but they’re also heavier. Experiment with different wheels based on your build’s needs. Sometimes, small wheels or even unpowered wheels can help with speed and maneuverability.
Pro Tips for Advanced Builders
- Test Frequently: Build something, test it, and modify. A lot of this depends on trial and error.
- Symmetry is Key: If it looks even, it’s probably balanced. Symmetry helps naturally balance weight.
- Flexible Parts: Don’t shy away from using joints and suspension. These elements can make your machine more adaptable to uneven terrain, reducing the risk of tipping over.
Conclusion
Balancing weight and stability can seem tricky at first, but with a bit of practice, you’ll get the hang of it. Keep experimenting, and soon you’ll have a siege engine that isn’t just powerful, but also tough enough to handle anything the game throws at you.
Remember, the best builders learn from their crashes. So, keep tweaking, and have fun making those castles crumble!
Incorporating Weapons and Tools
Welcome, aspiring engineers! In Besiege, adding weapons and tools can turn your simple machines into genuine siege engines of destruction. Let’s break down how to use these elements effectively to tackle various challenges in the game.
Choosing the Right Weapons
Different missions will require different approaches, so it’s crucial to pick the right weapon for the job. Here are some of the options available:
- Cannons: Cannons are excellent for delivering massive damage from a distance. Attach them to a sturdy base, and make sure they’re well-supported to handle the recoil.
- Flamethrowers: If you need to clear out wooden structures or enemies, flamethrowers are your go-to. They discharge a continuous stream of fire but be careful—they can set your own machine on fire too.
- Bombs: For a more explosive approach, bombs can be devastating. You can either drop them from a height or launch them using a catapult. Timing and precision are key here.
- Crossbows and Arrows: These are great for pinpoint attacks. They don’t have the explosive power of cannons or bombs, but they are reliable and reloadable.
Utilizing Tools
Weapons aren’t the only way to succeed in Besiege. The right tools can make or break your machine’s functionality:
- Blades and Saws: Rotating blades and saws are perfect for cutting through obstacles and enemies. Place them on rotating blocks to maximize their range of motion.
- Drills: Attach a drill to the front of your machine for a powerful, direct attack. Ideal for breaking down walls or enemy units.
- Pistons and Grabbers: Pistons and grabbers allow you to manipulate objects. Use them to lift or push obstacles, or even to build complex multi-stage machines.
Combining Weapons and Tools
Creating a multi-functional war machine involves combining weapons and tools effectively. Here are some tips to get you started:
- Combining Flamethrowers and Blades: Mount a flamethrower above a rotating blade for dual damage. The flame weakens structures and enemies, while the blade finishes them off.
- Bomb Launchers: Attach a piston to launch bombs. Add a grabber to hold the bomb in place until you’re ready to fire. Release the grabber just as the piston extends to fling the bomb at your target.
- Machine Gun Turrets: Equip crossbows on rotating blocks to create a turret. This allows you to fire in multiple directions without having to move your machine.
Balancing and Stability
When adding weapons and tools, don’t forget about the balance of your machine. A lopsided vehicle is more likely to tip over, especially when firing a heavy cannon or flamethrower. Here’s how to maintain stability:
- Weight Distribution: Keep your machine’s center of gravity low and evenly distributed. Place heavy weapons and tools symmetrically.
- Sturdy Base: Reinforce your base with braces and suspension to absorb the shock from weapons firing or collisions.
- Adjustable Wheels: Consider using steering hinges and powered wheels for better control and maneuverability.
Power and Control
You’ll need to control your weapons and tools effectively. Here’s a quick guide:
- Key Mapping: Use different keys for different weapons. This allows you to fire each weapon individually or in combinations as needed.
- Timing: Practice the timing of weapon deployment. For multi-stage attacks, coordinate the sequence precisely—like releasing a grabber just before a bomb is flung by a piston.
- Speed Control: Adjust the speed of moving parts like pistons and rotators to ensure they operate smoothly and don’t throw off your machine’s balance.
Trial and Error
Finally, remember that trial and error is part of the game. Experiment with different combinations of weapons and tools to see what works best. Don’t be afraid to tweak and improve your designs after each battle.
Have fun building your ultimate siege engine, and happy besieging!
Besiege: Advanced Building Techniques
Optimizing for Different Missions
When it comes to Besiege, one size definitely does not fit all. Each mission poses unique challenges, and understanding how to optimize your builds for different tasks can mean the difference between struggle and sweet victory. Here’s how to make your machines shine in every scenario.
Destroying Structures
When the goal is to obliterate buildings, you need brute strength and a bit of finesse. Here are some tips:
Sturdy Frames: Buildings are tough, so your machine needs a solid frame to withstand the impact of crashing into walls or taking hits from defense mechanisms. Use reinforced blocks and braces to make sure your structure stays intact during the chaos.
Heavy Hitters: Equip your machine with powerful weapons like cannons, bomb launchers, or spinning blades. Position these weapons strategically to maximize impact. A well-placed cannon shot can bring down an entire structure in one hit.
Aim and Fire: Make sure your machine has good mobility and aiming capabilities. Use steering hinges or pistons to adjust your aim, allowing you to hit targets more precisely.
Navigating Terrain
Some missions require you to navigate tough terrain, and having the right machine can make a massive difference. Here’s how to prepare:
Suspension Systems: Uneven terrain can make your machine unstable. Adding suspensions can help absorb shocks and keep you moving smoothly. Try using springs and pistons for better control.
Treads and Wheels: For rugged landscapes, treads or wide wheels provide better traction. Smaller wheels might be faster, but they can get stuck or flip your machine over when going up hills or across bumpy surfaces.
Balance and Weight Distribution: A well-balanced machine with proper weight distribution ensures stability. Place heavier components lower to the ground to prevent tipping over on steep slopes.
Precision Tasks
When precision is key—such as threading a needle through tight spaces or delivering cargo to a specific location—here’s what you’ll need:
Fine Control: Use small wheels or sliders to give your machine better maneuverability in tight areas. Steering hinges give you more precise control over direction.
Compact Design: Bigger isn’t always better. A smaller, more compact machine can wiggle through tight spaces with ease. Sometimes, less is more!
Grabbing Mechanisms: For tasks that require picking up and moving objects, mechanical grabbers or pistons are crucial. Test your grabbing mechanism extensively to ensure it can handle different objects.
Defending Against Enemies
When you’re up against enemy forces, survivability and offense are vital. Here’s your battle plan:
Armor Up: Reinforce critical parts with armor plates to soak up damage. Anticipate where the hits will come and reinforce accordingly.
Offensive Capabilities: Equip your machine with a mix of ranged (cannons, crossbows) and melee weapons (spinning blades, drills). Not all enemies will be vulnerable to the same approach, so having options can save you.
Evasive Maneuvers: Speed and agility can save you from a tight spot. Lightweight frames with strong steering capabilities allow you to dodge incoming fire and strike back swiftly.
Fine-Tuning Your Machines
Remember, it often takes a bit of trial and error to get your machine just right. Be patient and make incremental adjustments. Test each new feature individually before combining them. Sometimes, a small tweak can lead to huge improvements in performance.
- Playtests: Test your design in the mission environment. Real scenarios will help you understand how your machine performs under pressure.
- Feedback Loops: Note what works and what doesn’t. Make adjustments based on in-game performance rather than looks.
- Resource Management: If you’re dealing with limited resources or components, prioritize the most essential parts first. Focus on the primary objective and build towards it.
Conclusion
Optimizing your machines for different missions in Besiege is a mix of strategy, creativity, and a bit of experimentation. By focusing on mission-specific designs and continuously refining your builds, you’ll master even the toughest challenges the game throws at you. Happy building!