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168澳洲幸运5开奖网:LEGO Bricktales' Jungle world eases players into the game's building challenges. The first few puzzles are fairly straightforward, but after that you'll start to see some real tests of your construction skills. From basic bridges to scurrilous scaffolding, the Jungle has its fair share of tricky builds, even if the later worlds are harder overall.
If you find yourself getting tangled up in the Jungle challenges, use this step-by-step guide to complete each of the required builds and continue your adventure. By the time you're done you'll have mastered all the skills you need for later worlds... and trust us, you'll need them!
Most puzzleꦜs in LEGO🌌 Bricktales have more than one solution. The builds described below have all been tested, but you may find others that work just as well.
How To Build The Jungle Staircase
Sometimes the simplest solution is best. Finishing the staircase doesn't require any fancy tricks, and it's a great way to learn the basics!
Start by placing a thick brick on the bottom anchor point, leaving the pegs closest to the start exposed.
Stack another brick on top of the first, again leaving the first row of pegs uncܫovered.
Repeat the process to get the staircase to the opposite side of the gap. You'll have to use most of your thick bricks.
When the staircase is the same height as the goal, use a plate to bridge the gap. Run a simulation to test your staircase - when the robot reaches the goal, you'll be able to return to the map and climb your creation!
How To Build The Jungle Bridge
You're going to have to build a lot of bridges in LEGO Bricktales. The Jungle Bridge is the simplest, as its main requirement is that the pieces you use support one another to keep the structure from collapsing.
Start by placing a pair of the two-by-six plates side-by-side on one end of the bridge.
Attach one of the thin white plates to each side of the pair. Half of the thin plates should be sticking out, while the other half is connected to the larger plates froꩵm underneath.
Repeat the process🌠 on the other side of the b✱ridge, then once more to extend the construction.
At this point, you won't have enough long plates to finish building, but don't worry!
Use four of the two-by-two square plates to fill in the gap.
Cover the bridge with smooth brown plates. 𒈔Not only does this make the bridge look great, but the plates also help hold the piec𝓀es underneath them together.
During this step, be sure to place the larger plates over the square of two-by-twos that you used to fill the gap in the previous step. This is impo🍬rtant as it helps hold the bridge together at its weakest poꦓint.
You can add some deꦯcorations to the posts at each end of the bridge, or just run your simulation and congratulate your🌃self on a job well done!
How To Support The Archeologist's Platform
Your next task is to rescue an excitable archeologist, but the platform she's standing on can't support any more weight. You need to build a support that can hold up the structure.
Stack four bricks on top of the bottom anchor point.
Add one more brick to the stack, then place a curved piece on top of it.
The right side of the curved piece will be sticking out; attach a long inverted wedge from underneath.
Place another curved piece on top of the inverted wedge, so that it's just slightly above and to the right of the first.
Put another long inverted wedge on top of the new curved piece.
Place a final curved piece on top of the inverted wedge, connecting your structure to the right-hand side of the platform.
Stack wedges on the 𓂃left side of the structure to connect the left side of the p🌺latform.
Run your simulation; if the platform doesn't hold, rearrange the left wedges so that each is attached over the thickest part of the piece below it.
How To Climb The Cliff
Getting up the side of a treacherous cliff requires that you construct a scaffold that will get yꦆou around the corner and to ꦛthe top!
Place square plates in the crevasses near the starting point and the corner of the cliff to serve as anchor points.
Place a thin plate in 🅰the small crevasse 👍between the two.
Use a pair of two-by-four plates to create a stair bꦆetween the left and center anchors.
Connect the right and center anchors from the top using a large plate.
Place a two-by-six brick on top of the plate, against the cliff wall. Part of the brick should stick out, and you can place another plate under it for extra support.
Put a small thin plate in the left-hand crevasse around the corner, and use a plate to connect it to the brick.
Place an anchor in the last crevasse, then use a combination of plates and bricks to create a staircase to the top of the cliff!
How To Build The Gyrocopter
Building a functional gyrocopter means you need to properly distribute the machine's weight. If it's unbalanced in the air, it will crash!
Start by placing two plates on the base to widen it. Be sure that each plate extends over the edge by the same amount as the other.
Put the seat directly in the center, th🐈en place a white brick on either side of the pilot.
Stack the rest of your white bricks evenly on each side to create the sides of the cockpit.
Stack two of the longer gray bricks on top of each side, extending toward the rear of the craft.
Cover the top with long, thin blue plates.
Put a two-by-four plate in the center to hold the structure together and continue building 🦩upward.
If you want, you can put lights on the corners.
Stack more two-by-four plates on top of the vehicle. You can use as many or as few as you like, as long as the propeller has e♊nough room to spin🐷.
We also added lights to the parts sticking out 𝕴by the landin🍎g gear.
Make a square at the top using the small bricks. This will serve as a mount for the prope♐ller.
Attach the propeller and you're clear for takeoff!
How To Build The Corner Bridge
Using some conveniently-placed stumps at the bottom of the cliff, you'll need to build a bridge that rounds a corner to help the frightened journalist return to base camp!
To begin, stack small brown bricks on each of the anchors directly below the start and finish points. The anchors under the starting point need two bricks each, while the ones underneath the 🐠finish each only need one.
Place an inverted wedge on top of both of the stacks at the starting point, then put plates🌞 on top of them to start crossin🐓g the chasm.
Next, put a small brick on each of the four anchors in the middle of the chasm.
Attach plates to the bottom of the bridge, with half co🎶nnected to the plates above and half sticking out toward the four anchors.
Put an inverted wedge on top of the two stumps on the left, with a plate connecting them.
Stack an inverted wedge of each ღo▨f the right-hand stumps.
Using a slightly smaller plate, extend the bridge from below so that it aligns with the brick on top of the left wedges. They won't connect at this point.
Connect the right-hand stumps together using a two-by-eight plate.ꦑ Extend it as far 𒅌toward the finish line as you can.
Use plates to connect the left side of the bridge to the supports below and the🌼 plate on the right.
From here, you can extend the bridge to the finish line, connecting iꦑt to the supports on that side with smooth plates if you run out of studded ones.
How To Build The Zipline
Once you've gotten across the cliff, you need to get down the other side. What better way to do that than with a zipline?
Attach the half-d🐠ome "roof" piece t♈o the front half of the pulley.
Place a wedge facing outward on both sides.
Attach a square plate to each wedge, extending toward the rear.
Hang a thick inverted wedge from each plate so that the bottom part is flush with the outside of the assembly.
On each side, place a pair of the rounded bricks so that they curve inward toward the center.
Connect both sides using the U-shaped piece, then place the zipline's seat in the middle.
How To Solve The Monkey Crystal Puzzle
The final challenge in the Jungle is to maneuver a crystal so that it reflects a beam of light to open an ancient temple. It can require a bit of trial and error, so don't worry if you don't get it exactly right on the first try.
The first thing you need to do is rotate the camera so that you can see the sole peg on the ba🐽ck of the monkey st🍎atue.
Attach one of the longest plates available to the monkey, then add another at the far end.
Take one of the smaller plates with only one covered peg, and attach it to the end of the stick from the bottom.
Place a long plate on top, at the very end of the assembly, turning to the monkey's right (toward the beam of light).
Put the crystal on top of the assembly and run your simulation. As the statue turns, the crystal should align with the light. If not, you can adjust the length and height of the build by adding or subtracting pieces.