Avengers: Endgame is upon us. But before seeing it, I thought I should have a look at Captain Marvel, the second last film in this phase of the Marvel Cinematic Universe. I saw the film a month or so ago, and was excited to build the set, featuring several of the main characters and a quadjet [Think of it as the precursor to the quinjets we subsequently see in the Avengers films].
I’m not going to focus on this set in a traditional review, but rather look at the techniques that the designers have used to get LEGO studs pointing in directions other than up. We often refer to this style of building as SNOT (Studs not on top).
In which we take further inspiration from LEGO® Friends, by looking at Olivia’s Service and Care Truck. We follow up by developing a modification to allow two minifigures to sit side by side in a contemporary vehicle, that otherwise only seats one. Now read on…
Last time, we looked at a couple of Olivia’s vehicles from Friends – from 2016 and 2018. Both of these cars have our friends sharing the two seats in a 4×3 space, allowing them to sit side by side in a vehicle that is six studs wide – within the constrains of a four stud wide cabin (so long as there window are open). Today I would like to look at another of her sets from this year. Who knows how it might inspire us…
Looking out for her Friends on the Track: Service and Care Truck 41348
The Service&Care Truck (41348) which was released in the mid-year wave of friends sets in 2018, and has 244 parts. It seems to fit in a similar part count and price point (AUD29.99/€19.99/£14.99/USD19.99) as Olivia’s Mission Vehicle.
Earlier this week, LEGO Rebrick announced the winners of their ‘Decorate the LEGO House contest.‘ Featuring entries focussing on the themes of ‘LEGO Minifigure Interiors’ as well as ‘Nature,’ there are some fantastic models that will be displayed in the LEGO House in Billund for the next twelve months. Take a moment to follow the link and check out some of the winners. The quality of entries was such that the number of winning entries was ultimately doubled from twenty to forty.
I was excited to see one MOC that I recognised make the cut: Jason Cichon’s Honeycomb was on display at Brickvention 2017, and features some immaculately spaced hexagons, and a larger than life Honey Bee. The solid black frame really sets it off.
There are also some beautiful flowers including this brilliant White Flower from Continue reading →
Over the last few weeks, life has been getting a bit busy, and interfering with my ability to get to the keyboard! Not an excuse. Just an explanation. And not a very clear one either! Anyway: Perhaps it is time to get back on track…
Continuous, self propelled tracks were first conceived in the 1770’s, but it was probably not until the early 20th century that they became a method of choice for moving heavy vehicles such as tanks, bulldozers and Antarctic exploration vehicles across soft, uneven ground. The term ‘Caterpillar tracks’ was trademarked in 1911 by Benjamin Holt. Such tracks have featured in LEGO sets or either as continuous rubber bands, since 1969 and as interlocking linkages since 1974 (Element 273). Continue reading →
NEXO Knights has been a theme with a mixed reception amongst the AFOL community: its a fantastic mashup of castle and space elements, but at the same time it is not quite either in the purist form. The geometry is fascinating, as I have previously discussed. However, due to so many different things happening throughout the year to distract a LEGO Fan, I have not really spent much time with the theme until now.
There are a couple of stand out changes that I have seen this year. One is a change in the primary aesthetic of the models: The Knights’ vehicles released in 2016 were had a palette which was primarily bright blue, stone grey, transparent bright orange with a few earth(dark) blue elements as well as a couple of trim elements, colour matched to the knight whose vehicle it was. In 2017, the transparent orange is still there, but there is a much larger amount of earth blue and bright orange compared to the stone grey and bright blue. We have also seen more prominent trim in the colours of the knights, demonstrating the new tile designs quite nicely. In fact, you may almost be forgiven for thinking “There is a lime green, bright red, azure, white or bright yellowish orange vehicle.” The Classic space vibe which might have been felt with 2016’s models been reduced this year, in return for the ‘Knight Motif.’ There there is the obligatory change in the villainous team, moving from the Lava monsters to non so molten Rock Monsters.
I should also mention the stickers, because while there are plenty of stickers to apply, those designed to be applied to transparent orange elements have a transparent clear background, making them useful on all surfaces.
Here is a quick ‘Face to face’ of this year’s $AU30 Lance’s Twin Jouster 70348 (212 parts) with the 2016’s Macy’s Thunder Mace 70319(200 parts). I would consider them both occupying equivalent places in the range, both priced at $AUD29.99.
As well as the colour scheme, the play features have also developed on this year’s set. I personally found the Thunder Mace a relatively mundane build. The cockpit felt a little incomplete and the windscreen did not feel properly supported underneath. The only feature I found particularly inspiring was the mechanism that rotated the mudguards, to reveal the hidden weaponry beneath! Admittedly, this is pretty addictive.
In which I build the Saturn V Ideas set, almost lose it in a wind gust, consider the legality of the American flag on the moon and Jamie Berard helps us to establish that plates and tiles are more different than we may have previously considered…
I have just been fortunate to complete one of the most satisfying builds I have attempted in recent years. The LEGO® Ideas Saturn V Rocket 21309 was released on June 1st, to wide accalaim. The Rambling Brick was fortunate to secure a copy on release day, courtesy of of the LEGO® Community Engagement Team. Any opinions expressed here are, however, my own. The set has been subject to backorder on shop.lego.com for some time, and production continues to catch up with demand. This may take some time.
Since completing the model, I have been confronted by a severe weather warning, with the possibility of destructive winds – up to 120 km/h (roughly 70MPH). This is a shame, as the winter sun has been shining brightly today: just what you need to take stirring, outdoor shots of an amazing model. On setting the model up outside, it became apparant that there are reasons for spaceflights being delayed due to bad weather. I managed one or two shots before catching the falling bohemoth, as it attempted to attain equilibrium in its ongoing battle with the forces of nature. That is to say, i caught it before it hit the ground.
There is no doubt that adding lighting to a LEGO model will enhance it’s appearance – it adds a degree of life to it, enhancing lines, lightening shadows and highlighting features which may otherwise be a little obscure. LEGO have offered lighting for at least 50 years, originally in the form of a light brick, with the options of a filter, and more recently with power functions, providing a pair of LED lights. We now also see self-contained light bricks in recent sets.
While earlier LEGO® sets used standard filament bulbs, more recently builders have been able to look to Light Emitting Diodes (LEDs) to provide versatile lighting solutions. Recently, LEGO builders have been incorporating lighting into their builds more often than ever before.
The systems used vary from simple ‘bulb and battery’ solutions, through to custom solutions for individual LEGO Sets. There are also sophisticated, microprocessor controlled solutions available, providing preprogrammed sequential lighting patterns. Miniaturisation of LEDs means that they are now able to be incorporated in LEGO builds, with minimal rebuilding required for wiring.
Today, I would like to present a couple of simple options for cheap and easy lighting solutions, that can enhance your models. In the future, I will present some examples of other, more sophisticated lighting solutions. Continue reading →