| All photos by James Ogden. |
Upon arrival, I opened the box and did a quick inspection of the cars through their individual boxes. I was headed to the Northern Lights Model Train Club that evening anyway, so I decided to do the bulk of the inspection and operating there. The club has much more space to run on!
I ordered a set of cars that were all equipped with DCC and sound from the factory. These are equipped with Tsunami decoders, from SoundTraxx, which are specifically designed for this model. Like most decoder equipped models, the cars were all programmed to respond to address 3 initially. The cab ends of all cars, regardless of specific type, are programmed as the front. As such, if you intend to run several cars together, they will need at least some minor programming to respond in unison when facing in opposite directions. Since I had four cars, I chose to run them with two facing forward and two facing back. To facilitate this, I set up a consist, and programmed two of them to run in reverse within the consist. This was the extent of the programming I did. After that, I placed them on the layout, in the staging yard, and ran them out to the main layout.
Right off the bat, I was impressed with how smoothly the cars operated together. I had done nothing to attempt to speed match them, but they were pretty well matched right out of the box. One would think this is normal--they each have the same decoders and electronics--but it is not always the case. I noticed some minor surging between cars at very low speeds. Once the speed was above a crawl however, the cars ran very smoothly together.
The prototype Metroliners had a headlight on each end, and markers on the A end. Because the headlight function on most DCC decoders allows for two outputs, instead of three, Walthers chose not to light the "B" end headlight. Instead, they chose to light the "A" end, or cab end, marker lights. When the car is operated forward, that is with the cab leading, the cab end headlights come on. When the car is operated in reverse, the marker lights on the cab end light up.
In addition to headlights and markers, the cars also have lighted number boards, lighted interiors, and a Mars light, activated by functions one, five, and six. There are also typical sound functions, such as the horn, coupler noise, brake squeal, cooling fans, and air compressor. Note that the prototype had no bell, and so the model has no bell sound. As one would expect from a SoundTraxx product, the sound quality was excellent. The cars were a little loud for my taste, but the sounds were clear and responsive to throttle inputs. The sound volume can easily be adjusted to the desired levels.
The cars were nicely detailed from the factory. The underbody matched photographs I looked at, and the model came equipped with finer details, such as grab irons and rooftop electrical details. The only disappointment I had in the details were the pantographs. There are a couple of different types of pantographs featured on the cars, but I was disappointed that they were plastic. They were clearly not designed to collect current from an overhead catenary, and that is just fine. In HO scale, that is not usually reliable or practical anyway. But, during the models' life on a layout, chances are the pantographs would be handled a bit. They are fairly fine details, and I think they would hold up better if they were metal, instead of plastic. Other than that though, I felt as if the model was nicely detailed. While it looked out of place on the club layout, which is set in fiction but represents Alaska, they are nice looking models.
Overall, I think this is a fine model. For those who model the Northeast Corridor, particularly in the 1970's and 1980's, these would be a great addition to the fleet. They fill a noticeable void, and are a major improvement to the Metroliners offered by Bachmann many years ago. However, being as these only operated under catenary in the northeast, these models fill a very specific place. I think most modelers, like myself, will find that these probably do not fit well on their layouts. They are lovely models, but if you do not model the area they ran, they will always look a bit out of place. To be honest, I was surprised that Walthers would pursue such a model. Surely other Amtrak models would have been applicable to more modelers.
Manufacturer: Walthers Proto
Paint Schemes: Penn Central, Amtrak Phase 1, Phase 2 (Phase 1 cars come numbered, others come with number decals.)
Cars: Snack Bar Coach, Parlor Car, Coach
MSRP: $169.98 with DC, $259.98 with sound and DCC
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The real cars are quite new, and are able to carry 53' containers on the bottom of the well. 53' containers are currently the maximum length allowed on the US roads, so these are some of the longest intermodal platforms on the tracks. Unlike most intermodal cars, which have two platforms sharing a single truck, these cars have two trucks per platform with each platform connected by a drawbar. When I was roaming the rails this past July, I noticed these cars on virtually every stack train I saw.
The prototype for these cars were built in the 1990s to haul coal. They are hoppers, so they have hopper gates on the bottom, but they are also equipped with rotary couplers because rotary dumps have become increasingly popular at power plants, making these cars very versatile. Sized at plate F, these cars are huge. They are seen all over the country, especially in the famed Powder River Basin in Wyoming, an enormous coal producing area of the country.
These cars are part of Walthers Gold Line series, and so they come packed with all the goodies you'd expect. The aluminum paint on them shines like real aluminum. All the rivet details and warning signs and car info is all there. The detail parts are separately applied, including the etched-metal walkways on the ends of the cars. The car features a fully detailed underbody and interior. Walthers makes coal loads designed to fit these cars so you can model a loaded or an empty train.
These cars feature Proto-Max metal knuckle couplers. While they work well, they are huge, and I think they should be replaced with Kadee #58s or Sergent Engineering type F couplers. The cars also feature metal wheels mounted in plastic trucks. The wheels do not roll as well as they could, so if you want to model a unit train, it would be wise to lubricate all the wheelsets. The cars weigh in at 4.25 ounces, which is exactly what NMRA practice 20.1 says they should weigh. I don't know how much the Walthers coal load would affect the weight, but I suspect it would be minimal.
However, these cars do have one minor drawback. They are not packed well, and some parts fell off the cars I bought. Some cars were missing wheelsets, and most were missing some of the interior bracing. I was able to find all the wheelsets and all but one of the bracing pieces. I need to email Walthers about that, but in the past they have been good about supplying spare parts. Some of the bracing worked its way out of where they belong, but not out of the car, so they were bent. However, they are made of a soft, flexible plastic and were easy to put back in place. They were still slightly bent at first, but after a few days they straightened out. None of the cars were permanently damaged, they just required a little bit of work at first.
Overall, I think these cars were a great buy. I personally think Walthers asks too much for them, but it is not hard to find them for a lower price. They have been in production for a few years now and have been a very popular model so they are not hard to find anywhere. I think they will look great hauling coal to a power plant on my layout!
