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Central Massachusetts Forestries

April 26th, 2010 No comments

“Forestry” is probably the most commonly used term in this area for a wildland fire apparatus, especially on the radio. Brush truck is commonly used in ordinary speech. Some are called “Engine” or “Tanker” as well, and especially the tankers we’ll get back to later on. “Breakers” are their own beasts designed specifically for making their own path through the pitch pine and scrub oak barrens around Cape Cod — Brit Crosby has an excellent special section here covering them.

I started thinking about this post when reading recently this firehouse.com thread. That thread talked about anything from whether tires should be chosen to float over mud or cut through it to firm soil, to whether F-550s are really appropriate for brush trucks and, to paraphrase, “people are forgetting what brush trucks are for going that large!” Even the disadvantage of diesel engines — a lot heavier up front increasing the risk of sinking your front end when encountering soft terrain.

Two things I want to go over in this post:

1) Compare the specifications on the classic Dodge Power Wagon WM-300 to some modern day chassis;

2) To the comments about an F-550 being too large, to show even larger trucks that are used in very appropriate ways off-highway in Central Massachusetts…while they also use nice, compact forestries very effectively too.

The classic Dodge Power Wagon, a civilian descendant of the military WC series of trucks first fielded in 1941, is perhaps the most well regarded chassis for a basic forestry truck in my area. In today’s national ICS parlance, a “Type 6 Wildland Engine.”

Massachusetts Bureau of Forest Fire Control Power Wagon (7-5)

Massachusetts’ Bureau of Forest Fire Control still has nearly a dozen, like the above, in their active inventory.

Some basic specs on the 1961 Power Wagon WM-300, a one-ton version (the full specs are here):
GVWR: 8,700#
Payload Capacity: 3,000#
Curb Weight: 5,700#
Front Axle Capacity: 3,750#
Rear Axle Capacity: 6,500#
(Optionally the GVWR could be increased to 9,500#)

Compare this to a 2011 F-250 with a gas engine:
GVWR: 10,000#
Payload Capacity: 2,940#
Curb: 7,060#
Front Axle: 6,000#
Rear Axle: 6,200#

Of course in all these debates about what is best for off-road and how modern 1 ton diesels just have too much weight up front, yadda yadda yadda…notice the old power wagons came from a popular option of a factory installed winch. People have always been getting stuck.

But I think it’s good to remember a well accepted classic for its off-road capability is more like a modern 3/4 ton then today’s one ton and heavier trucks.

But weight isn’t the only factor — each area has its own unique circumstances.

Central Massachusetts “Heavy Forestries”

(Photos below courtesy of massfiretrucks.com)

I call these trucks “Heavies” — most don’t even fit neatly into the Engine Typing scheme, being significantly larger then the minimum for a Wildland Type 3, but not seating enough to be considered a Structural Type 1 or 2 (but otherwise meeting the requirements). A number do double-duty as small tankers as well.

Charlton Tanker 2, image courtesy www.massfiretrucks.com

Usually these work together with much more modest smaller trucks:
Charlton Forestry 1, image courtesy www.massfiretrucks.com

While the thought of a forestry carrying a 1000 gallons or more probably would cause fits for those who think F-550s are too big, Alan Brackett has a nice photo essay on some recent fires in our area which includes this nice photo that shows the two above trucks operating at an incident together at http://www.pbase.com/abrackett/image/123871294. In the right area this is a very effective combination. You can even add a third component of ATVs / UTVs that handle the worse and muddiest terrain for relaying manpower, equipment, and even small amounts of water.

Dudley has a combination that uses a heavy engine along with two J series Jeep forestries:

Dudley Engine 4, image courtesy www.massfiretrucks.com

Dudley Forestry 1, image courtesy www.massfiretrucks.com

Dudley Forestry 2, image courtesy www.massfiretrucks.com

Some other similar heavies:

Leicester Forestry 3, image courtesy www.massfiretrucks.com

Oxford Forestry 2, image courtesy www.massfiretrucks.com

Upton Forest Fire Department Engine 3, image courtesy www.massfiretrucks.com

The Upton Engine above is interesting if you read the lettering on the door — it reads, “Forest Fire Department.” Many communities in Massachusetts formerly operated two separate fire departments, one which handled forest fires and a second that handled structure fires. This came out of the system of Town Forest Fire Wardens. Most have now consolidated fully, but I believe there are handful that remain separate organizations, and some number more that are essentially one department but with two separate budget allocations from the town.

Massachusetts, at least over the last 25 years, has a history of using a lot of military surplus trucks as “tankers” — this isn’t something I’ve personally seen that much of in Connecticut or Rhode Island; maybe in the past but certainly not in recent decades. But they remain common in Massachusetts. While some serve rural communities, many serve towns where most of the population lives and tanker operations are only needed in small sections of their communities.
Douglas Tanker 1, image courtesy www.massfiretrucks.com

Milford Brush 1, image courtesy www.massfiretrucks.com

Milford Tanker 1, image courtesy www.massfiretrucks.com

There are lot more examples if you poke around on www.massfiretrucks.com

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1935 USFS Engine

October 25th, 2009 No comments

From this post by RXfire on IACOJ.

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More Ice Storm damage photos

May 4th, 2009 No comments

A couple photos taken off of Marshal St., Leicester, MA on Worcester reservoir lands. This is near the Paxton town line.

If a pile like this is causing problems getting apparatus by it, or is throwing sparks over the flank you’re trying to make a fire line along, you’ll have to take the time to knock it down. During that time, the fire is extending in the woods.

December 2008 ice storm damage

December 2008 ice storm damage

Maybe Massachusetts should just lease a some more bulldozers for the next few seasons. How do you handle a brush fire burning in this mess on a dry, breezy day? It’s going to take a lot of hose work along with flanks to be sure.

December 2008 ice storm damage

December 2008 ice storm damage

Bulldozers and fire plows are not used much in New England compared to southern and western states.  The fires, terrain, and resources don’t tend to lend themselves to that style of firefighting.  Most landowners would throw a holy fit if you cut a fire line on their property with a bulldozer for our typical fires.

But they do exist. Massachusetts has one stationed in Plymouth, and Connecticut has one I believe out of Voluntown. Often, a relative term given the infrequent use, the dozers are tasked with constructing access roads to fires deep in the woods. For comparison, New Jersey runs some 20 dozers, most equipped with plows, while Maryland runs 19 dozer/plow units.

Massachusetts Bureau of Forest Fire Control bulldozer and fire plow

Massachusetts Bureau of Forest Fire Control bulldozer and fire plow

In addition to the structural engines, the forestry specific fire units in the area are:

Leicester currently runs three forestry units:
F1 — 2008 F-350 250gpm/225gwt/8foam
F2 — 2003 F-350 125/225
F3 — 2001 Freightliner 1250/1500/30

Paxton
F1 — 2006 F-550 250/300/10

Leicester, MA Forestry 3 (was F2 in this picture)

Leicester, MA Forestry 3 (was F2 in this picture)

Categories: Apparatus, Disturbances, Ice Storm, Tools Tags:

Horse drawn forest fire apparatus

May 3rd, 2009 No comments

From powering trucks to portable pumps, the internal combustion engine was one the major technological innovations that improved forest fire fighting, allowing firefighters to respond quickly over long distances to deliver large volumes of water.

Imagine trying to keep a fire small when depending on horses to transport your equipment, and without many of the improved tools of today!

This is a New Jersey fire warden from 1911 (from the book New Jersey Forest Fire Service) equipped with shovels, milk cans (used to carry water), garden watering cans, and some sort of larger tank.

New Jersey Fire Warden Victor Bush, 1911

New Jersey Fire Warden Victor Bush, 1911

From Britt Crosby’s CapeCodFD.com site we have an early fire wagon in Massachusetts:

Men filling soda acid extinguishers, Southeastern Massachusetts

Men filling soda acid extinguishers, Southeastern Massachusetts

Soda acid extinguishers required a recharge cartridge of sulfuric acid and sodium bicarbonate; inverting the extinguisher would produce carbond dioxide which would pressurize the extinguisher.  Each extinguisher held 2-1/2 to 3 gallons of water and depending on the fire intensity, terrain, and skill of the firefighter could knock down 50′ to 200′ of surface fire.

The Massachusetts Bureau of Forest Fire Control built specialized wagons to use instead of the adapted farm wagons above that were discussed in the 1918 book, “Forestry in New England.”  While in use throughout the eastern part of the state they were most common in the southeastern section.

A two horse model, like the one below, carried 14 soda acid extinguishers, 14 water cans and sufficient to refill 2 extinguishers each, shovels, rakes, mattocks, and chemical charges, along with 8 men.

Massachusetts two horse forest fire wagon

Massachusetts two horse forest fire wagon

The one horse model below was carried a smaller amount of equipment and only four men. Basic apparatus economics held true even back then.  A one horse wagon cost $300, while the two horse wagon carrying twice the equipment and manpower only raised the price to $450.

Massachusetts one horse forest fire wagon

Massachusetts one horse forest fire wagon

Another early option to either watering cans or soda acid extinguishers was the one and two man bucket pumps.   A one man pump, like the one below, carried four gallons of water and was considered adequate to knock down 50′ to 150′ of fire.  It was considered a little less efficient, but considerably cheaper to purchase and recharge, then a soda acid extinguisher.

One man pump

One man pump

A two man pump carried eight gallons and took two men to carry.