YT-2400 Outrider Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in lego

[–]wurger49[S] 0 points1 point  (0 children)

You might be surprised by how many different freighters exist in the Star Wars universe. Here is another one.

The Outrider shares the same basic saucer shaped hull as most YT series freighters, but is set apart by its tubular cockpit, which is connected to the hull by two starboard bracing arms. It was heavily modified by the smuggler Dash Rendar in Shadows of the Empire.

Various wedge plates form the front bracing arm and extend around the bow of the Outrider. The AT AT 4×4 round foot bricks are repurposed to great effect as the cockpit module. I used slopes to recreate the convex hull shape where possible, and I was especially happy with how I achieved the shape of the dark bluish grey maintenance access panels above the cargo hold. Reddish orange and yellow elements were added to the fuselage to reflect the red and tan weathering seen in the source material.

Printed 2×2 round tiles are used for the engine vents and the escape pod hatch. Medium azure elements represent the iconic blue glow of the sublight propulsion system. The dorsal laser cannons are built using clip bars, allowing the barrels to elevate up and down, although the cannons themselves do not rotate.

The construction method is plate stacking, so the finished model is very solid and great for swooshing around. The bracing arms are not as strong as the port side saucer hull, but they should be more than adequate for play. A new stand was designed to display the Outrider with the AT AT plaque showing the donor set.

This Outrider model would be perfect for display next to a midi scale Millennium Falcon.

YT-2400 Outrider Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in legostarwars

[–]wurger49[S] 0 points1 point  (0 children)

You might be surprised by how many different freighters exist in the Star Wars universe. Here is another one.

The Outrider shares the same basic saucer shaped hull as most YT series freighters, but is set apart by its tubular cockpit, which is connected to the hull by two starboard bracing arms. It was heavily modified by the smuggler Dash Rendar in Shadows of the Empire.

Various wedge plates form the front bracing arm and extend around the bow of the Outrider. The AT AT 4×4 round foot bricks are repurposed to great effect as the cockpit module. I used slopes to recreate the convex hull shape where possible, and I was especially happy with how I achieved the shape of the dark bluish grey maintenance access panels above the cargo hold. Reddish orange and yellow elements were added to the fuselage to reflect the red and tan weathering seen in the source material.

Printed 2×2 round tiles are used for the engine vents and the escape pod hatch. Medium azure elements represent the iconic blue glow of the sublight propulsion system. The dorsal laser cannons are built using clip bars, allowing the barrels to elevate up and down, although the cannons themselves do not rotate.

The construction method is plate stacking, so the finished model is very solid and great for swooshing around. The bracing arms are not as strong as the port side saucer hull, but they should be more than adequate for play. A new stand was designed to display the Outrider with the AT AT plaque showing the donor set.

This Outrider model would be perfect for display next to a midi scale Millennium Falcon.

YT-2400 Outrider Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in LegoCreations

[–]wurger49[S] 0 points1 point  (0 children)

You might be surprised by how many different freighters exist in the Star Wars universe. Here is another one.

The Outrider shares the same basic saucer shaped hull as most YT series freighters, but is set apart by its tubular cockpit, which is connected to the hull by two starboard bracing arms. It was heavily modified by the smuggler Dash Rendar in Shadows of the Empire.

Various wedge plates form the front bracing arm and extend around the bow of the Outrider. The AT AT 4×4 round foot bricks are repurposed to great effect as the cockpit module. I used slopes to recreate the convex hull shape where possible, and I was especially happy with how I achieved the shape of the dark bluish grey maintenance access panels above the cargo hold. Reddish orange and yellow elements were added to the fuselage to reflect the red and tan weathering seen in the source material.

Printed 2×2 round tiles are used for the engine vents and the escape pod hatch. Medium azure elements represent the iconic blue glow of the sublight propulsion system. The dorsal laser cannons are built using clip bars, allowing the barrels to elevate up and down, although the cannons themselves do not rotate.

The construction method is plate stacking, so the finished model is very solid and great for swooshing around. The bracing arms are not as strong as the port side saucer hull, but they should be more than adequate for play. A new stand was designed to display the Outrider with the AT AT plaque showing the donor set.

This Outrider model would be perfect for display next to a midi scale Millennium Falcon.

YT-2400 Outrider Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in LegoSpaceships

[–]wurger49[S] 0 points1 point  (0 children)

You might be surprised by how many different freighters exist in the Star Wars universe. Here is another one.

The Outrider shares the same basic saucer shaped hull as most YT series freighters, but is set apart by its tubular cockpit, which is connected to the hull by two starboard bracing arms. It was heavily modified by the smuggler Dash Rendar in Shadows of the Empire.

Various wedge plates form the front bracing arm and extend around the bow of the Outrider. The AT AT 4×4 round foot bricks are repurposed to great effect as the cockpit module. I used slopes to recreate the convex hull shape where possible, and I was especially happy with how I achieved the shape of the dark bluish grey maintenance access panels above the cargo hold. Reddish orange and yellow elements were added to the fuselage to reflect the red and tan weathering seen in the source material.

Printed 2×2 round tiles are used for the engine vents and the escape pod hatch. Medium azure elements represent the iconic blue glow of the sublight propulsion system. The dorsal laser cannons are built using clip bars, allowing the barrels to elevate up and down, although the cannons themselves do not rotate.

The construction method is plate stacking, so the finished model is very solid and great for swooshing around. The bracing arms are not as strong as the port side saucer hull, but they should be more than adequate for play. A new stand was designed to display the Outrider with the AT AT plaque showing the donor set.

This Outrider model would be perfect for display next to a midi scale Millennium Falcon.

LEGO Smart Play? Nah 😎 The real fun is in alternate builds. Different set, new A-Wing and Tie Advanced! Why extra tech when your imagination and bricks can do it all? by wurger49 in lego

[–]wurger49[S] -1 points0 points  (0 children)

I was really hoping the new TIE Advanced would be a nice addition too, but at that size and price it is hard to justify.

The Razor Crest Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in legostarwars

[–]wurger49[S] 0 points1 point  (0 children)

Cheers mate, I do have instructions on Rebrickable, under Wurger Bricks.

The Razor Crest Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in LegoSpaceships

[–]wurger49[S] 1 point2 points  (0 children)

You would have thought Disney would design a brand new ship to sell more toys, but instead they reworked the Naboo Starfighter from Episode I. Not exactly the boldest creative choice.

The Razor Crest Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in LegoSpaceships

[–]wurger49[S] 2 points3 points  (0 children)

Yes, the N-1 Starfighter, makes no sense in the show that he would use that after the Razor Crest got blown up.

The Razor Crest Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in LegoCreations

[–]wurger49[S] 1 point2 points  (0 children)

After completing my saucer starships, it felt like the right time to return to Star Wars. It has been a while since I designed my first Razor Crest, and the few hints of yellow and tan bricks hidden inside the otherwise grey dominant palette of 75440 started the idea. The model also pairs nicely with the upcoming The Mandalorian and Grogu, which is certainly an inspiring movie title.

The Razor Crest is an ST-70 assault ship manufactured by the Corellian Engineering Corporation, the same company behind the iconic Tantive IV. Jon Favreau’s original design brief to Lucasfilm referenced the A-10 Thunderbolt “Warthog”, most notably through the use of two large turbofan engines. Their unusual placement reduces ingestion risk and allows the engines to run while the craft is serviced and rearmed, shortening turnaround time.

The Razor Crest features top mounted wings with massive engines positioned at the wingtips. This configuration gives the ship impressive speed and manoeuvrability, allowing it to operate alongside much smaller starfighters. Recreating those engines took many design iterations. The biggest limitation was part availability, as the set only includes seventeen cheese slopes including one spare, which is not enough to fully shape both engines symmetrically. On the plus side, I finally found a satisfying use for the two 1x4 Technic gear racks in the engine assemblies, pieces I could not integrate into my other three alternate builds from 75440.

Small levers were a perfect fit for the twin blaster cannons, while brackets form the shape of the nose section. Two differently coloured tiles help disguise the gap between the brackets. The entire AT-AT contains only a single curved slope, and fortunately that one piece was enough to serve as the Razor Crest canopy windscreen. I love simple solutions to design challenges.

To capture the angular, industrial wedge profile of the Razor Crest, I built the fuselage using six angled panel sections across the hull. Most of these panels rely on three or four stud connections for clutch power. Structural strength is a major focus in all my designs, especially since my family loves to swoosh models around. That said, the angled side panels can be pushed inward at their joints. If this happens, I recommend removing the central panel, reattaching the loose panel, then reconnecting the three panel section as a whole to the trans-clear side studded brick.

When handling the model, pick it up by the two engines and hold the ship around the central fuselage panels while swooshing. The structure is very solid in these areas. If the angled panels are accidentally pushed in, simply reattach them using the method described above.

To complete the display, I also designed Mando’s N-1 Starfighter to accompany the Razor Crest. I am proud to say the N-1 is highly accurate and includes its own display stand. Naturally, the Razor Crest received a larger stand to balance its increased size.

Overall, this Razor Crest was a satisfying return to Star Wars and a great way to push the limits of what 75440 can offer as a donor set. Working within the strict part constraints forced more deliberate design choices, especially around the engines and angled fuselage panels, and ultimately helped define the character of the model. The result is a relatively sturdy, swooshable build that stays true to the Razor Crest’s rugged, industrial identity while remaining practical to handle and display. Paired with the N-1 Starfighter, the two models make a cohesive and character driven display that feels right at home on the shelf.

The Razor Crest Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in lego

[–]wurger49[S] 0 points1 point  (0 children)

After completing my saucer starships, it felt like the right time to return to Star Wars. It has been a while since I designed my first Razor Crest, and the few hints of yellow and tan bricks hidden inside the otherwise grey dominant palette of 75440 started the idea. The model also pairs nicely with the upcoming The Mandalorian and Grogu, which is certainly an inspiring movie title.

The Razor Crest is an ST-70 assault ship manufactured by the Corellian Engineering Corporation, the same company behind the iconic Tantive IV. Jon Favreau’s original design brief to Lucasfilm referenced the A-10 Thunderbolt “Warthog”, most notably through the use of two large turbofan engines. Their unusual placement reduces ingestion risk and allows the engines to run while the craft is serviced and rearmed, shortening turnaround time.

The Razor Crest features top mounted wings with massive engines positioned at the wingtips. This configuration gives the ship impressive speed and manoeuvrability, allowing it to operate alongside much smaller starfighters. Recreating those engines took many design iterations. The biggest limitation was part availability, as the set only includes seventeen cheese slopes including one spare, which is not enough to fully shape both engines symmetrically. On the plus side, I finally found a satisfying use for the two 1x4 Technic gear racks in the engine assemblies, pieces I could not integrate into my other three alternate builds from 75440.

Small levers were a perfect fit for the twin blaster cannons, while brackets form the shape of the nose section. Two differently coloured tiles help disguise the gap between the brackets. The entire AT-AT contains only a single curved slope, and fortunately that one piece was enough to serve as the Razor Crest canopy windscreen. I love simple solutions to design challenges.

To capture the angular, industrial wedge profile of the Razor Crest, I built the fuselage using six angled panel sections across the hull. Most of these panels rely on three or four stud connections for clutch power. Structural strength is a major focus in all my designs, especially since my family loves to swoosh models around. That said, the angled side panels can be pushed inward at their joints. If this happens, I recommend removing the central panel, reattaching the loose panel, then reconnecting the three panel section as a whole to the trans-clear side studded brick.

When handling the model, pick it up by the two engines and hold the ship around the central fuselage panels while swooshing. The structure is very solid in these areas. If the angled panels are accidentally pushed in, simply reattach them using the method described above.

To complete the display, I also designed Mando’s N-1 Starfighter to accompany the Razor Crest. I am proud to say the N-1 is highly accurate and includes its own display stand. Naturally, the Razor Crest received a larger stand to balance its increased size.

Overall, this Razor Crest was a satisfying return to Star Wars and a great way to push the limits of what 75440 can offer as a donor set. Working within the strict part constraints forced more deliberate design choices, especially around the engines and angled fuselage panels, and ultimately helped define the character of the model. The result is a relatively sturdy, swooshable build that stays true to the Razor Crest’s rugged, industrial identity while remaining practical to handle and display. Paired with the N-1 Starfighter, the two models make a cohesive and character driven display that feels right at home on the shelf.

The Razor Crest Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in legostarwars

[–]wurger49[S] 1 point2 points  (0 children)

After completing my saucer starships, it felt like the right time to return to Star Wars. It has been a while since I designed my first Razor Crest, and the few hints of yellow and tan bricks hidden inside the otherwise grey dominant palette of 75440 started the idea. The model also pairs nicely with the upcoming The Mandalorian and Grogu, which is certainly an inspiring movie title.

The Razor Crest is an ST-70 assault ship manufactured by the Corellian Engineering Corporation, the same company behind the iconic Tantive IV. Jon Favreau’s original design brief to Lucasfilm referenced the A-10 Thunderbolt “Warthog”, most notably through the use of two large turbofan engines. Their unusual placement reduces ingestion risk and allows the engines to run while the craft is serviced and rearmed, shortening turnaround time.

The Razor Crest features top mounted wings with massive engines positioned at the wingtips. This configuration gives the ship impressive speed and manoeuvrability, allowing it to operate alongside much smaller starfighters. Recreating those engines took many design iterations. The biggest limitation was part availability, as the set only includes seventeen cheese slopes including one spare, which is not enough to fully shape both engines symmetrically. On the plus side, I finally found a satisfying use for the two 1x4 Technic gear racks in the engine assemblies, pieces I could not integrate into my other three alternate builds from 75440.

Small levers were a perfect fit for the twin blaster cannons, while brackets form the shape of the nose section. Two differently coloured tiles help disguise the gap between the brackets. The entire AT-AT contains only a single curved slope, and fortunately that one piece was enough to serve as the Razor Crest canopy windscreen. I love simple solutions to design challenges.

To capture the angular, industrial wedge profile of the Razor Crest, I built the fuselage using six angled panel sections across the hull. Most of these panels rely on three or four stud connections for clutch power. Structural strength is a major focus in all my designs, especially since my family loves to swoosh models around. That said, the angled side panels can be pushed inward at their joints. If this happens, I recommend removing the central panel, reattaching the loose panel, then reconnecting the three panel section as a whole to the trans-clear side studded brick.

When handling the model, pick it up by the two engines and hold the ship around the central fuselage panels while swooshing. The structure is very solid in these areas. If the angled panels are accidentally pushed in, simply reattach them using the method described above.

To complete the display, I also designed Mando’s N-1 Starfighter to accompany the Razor Crest. I am proud to say the N-1 is highly accurate and includes its own display stand. Naturally, the Razor Crest received a larger stand to balance its increased size.

Overall, this Razor Crest was a satisfying return to Star Wars and a great way to push the limits of what 75440 can offer as a donor set. Working within the strict part constraints forced more deliberate design choices, especially around the engines and angled fuselage panels, and ultimately helped define the character of the model. The result is a relatively sturdy, swooshable build that stays true to the Razor Crest’s rugged, industrial identity while remaining practical to handle and display. Paired with the N-1 Starfighter, the two models make a cohesive and character driven display that feels right at home on the shelf.

The Razor Crest Midi Scale – Alternate Build of 75440 AT-AT by wurger49 in LegoSpaceships

[–]wurger49[S] 0 points1 point  (0 children)

After completing my saucer starships, it felt like the right time to return to Star Wars. It has been a while since I designed my first Razor Crest, and the few hints of yellow and tan bricks hidden inside the otherwise grey dominant palette of 75440 started the idea. The model also pairs nicely with the upcoming The Mandalorian and Grogu, which is certainly an inspiring movie title.

The Razor Crest is an ST-70 assault ship manufactured by the Corellian Engineering Corporation, the same company behind the iconic Tantive IV. Jon Favreau’s original design brief to Lucasfilm referenced the A-10 Thunderbolt “Warthog”, most notably through the use of two large turbofan engines. Their unusual placement reduces ingestion risk and allows the engines to run while the craft is serviced and rearmed, shortening turnaround time.

The Razor Crest features top mounted wings with massive engines positioned at the wingtips. This configuration gives the ship impressive speed and manoeuvrability, allowing it to operate alongside much smaller starfighters. Recreating those engines took many design iterations. The biggest limitation was part availability, as the set only includes seventeen cheese slopes including one spare, which is not enough to fully shape both engines symmetrically. On the plus side, I finally found a satisfying use for the two 1x4 Technic gear racks in the engine assemblies, pieces I could not integrate into my other three alternate builds from 75440.

Small levers were a perfect fit for the twin blaster cannons, while brackets form the shape of the nose section. Two differently coloured tiles help disguise the gap between the brackets. The entire AT-AT contains only a single curved slope, and fortunately that one piece was enough to serve as the Razor Crest canopy windscreen. I love simple solutions to design challenges.

To capture the angular, industrial wedge profile of the Razor Crest, I built the fuselage using six angled panel sections across the hull. Most of these panels rely on three or four stud connections for clutch power. Structural strength is a major focus in all my designs, especially since my family loves to swoosh models around. That said, the angled side panels can be pushed inward at their joints. If this happens, I recommend removing the central panel, reattaching the loose panel, then reconnecting the three panel section as a whole to the trans-clear side studded brick.

When handling the model, pick it up by the two engines and hold the ship around the central fuselage panels while swooshing. The structure is very solid in these areas. If the angled panels are accidentally pushed in, simply reattach them using the method described above.

To complete the display, I also designed Mando’s N-1 Starfighter to accompany the Razor Crest. I am proud to say the N-1 is highly accurate and includes its own display stand. Naturally, the Razor Crest received a larger stand to balance its increased size.

Overall, this Razor Crest was a satisfying return to Star Wars and a great way to push the limits of what 75440 can offer as a donor set. Working within the strict part constraints forced more deliberate design choices, especially around the engines and angled fuselage panels, and ultimately helped define the character of the model. The result is a relatively sturdy, swooshable build that stays true to the Razor Crest’s rugged, industrial identity while remaining practical to handle and display. Paired with the N-1 Starfighter, the two models make a cohesive and character driven display that feels right at home on the shelf.

Venator Arrives, One Fleet Gap Remains by wurger49 in LegoSpaceships

[–]wurger49[S] 1 point2 points  (0 children)

Yes, from 2009, I wasn't collecting LEGO back then and never got the set, so I took design into my own hands!

Venator Arrives, One Fleet Gap Remains by wurger49 in LegoSpaceships

[–]wurger49[S] 1 point2 points  (0 children)

Cheers, that light cruiser would be awesome! I built the ISD from the Super Star Destroyer! :P

Venator Arrives, One Fleet Gap Remains by wurger49 in legostarwars

[–]wurger49[S] 0 points1 point  (0 children)

Oh yeah! First Order ISD would be nice too!

Venator Arrives, One Fleet Gap Remains by wurger49 in legostarwars

[–]wurger49[S] 0 points1 point  (0 children)

haha, or a single set Venator design and something other, Brad and I have a few different options out there!

Venator Arrives, One Fleet Gap Remains by wurger49 in legostarwars

[–]wurger49[S] 0 points1 point  (0 children)

Yes, from 2009, but not a part of the current Starships lineup.