10 Best Revolutionary War Movies

The article ranks ten of the most compelling film and television portrayals of the American Revolution, highlighting how each production interprets the era’s conflict, characters, and emotional stakes. Across the list, the author emphasizes that the best Revolutionary War stories go beyond battlefield heroics—they explore the human cost, moral dilemmas, and personal transformations that shaped the birth of the United States.

https://www.msn.com/.../10-greatest-revolutionary-war.../

Key Themes Across the Ranked Titles

Human-centered storytelling: Many selections focus on ordinary people—farmers, families, spies—caught in extraordinary circumstances.

Myth vs. reality: Several films take creative liberties, while others strive for historical accuracy; the article notes both approaches without dismissing either.

Emotional and moral complexity: The Revolution is depicted as messy, frightening, and deeply personal, not just patriotic spectacle.

Varied formats: The list includes feature films, miniseries, documentaries, and musicals, showing the wide range of ways, the Revolution has been dramatized.

Highlights of Individual Entries

1. April Morning (1988): A coming‑of‑age story set during Lexington and Concord, praised for its intimacy and emotional depth.
2. Drums Along the Mohawk (1939): A frontier survival tale blending domestic drama with wartime hardship.
3. The Crossing (2000): A focused retelling of Washington’s Delaware crossing, emphasizing desperation and grit.
4. The Patriot (2000): A highly dramatized, mythic interpretation that prioritizes emotional impact over accuracy.
5. Sons of Liberty (2015): A fast-paced, stylized miniseries portraying the early rebellion as a political thriller.
6. Hamilton (2020): A filmed version of the groundbreaking musical, reframing the Revolution through modern storytelling.
7. 1776 (1972): A musical about the Continental Congress, highlighting debate and compromise.
8. TURN: Washington’s Spies (2014–2017): A character-driven espionage drama centered on the Culper Ring.
9. Liberty! The American Revolution (1997): A documentary series praised for its depth, expert commentary, and dramatic readings.
10. John Adams (2008): The top-ranked entry, celebrated for its nuanced portrayal of political struggle, personal sacrifice, and nation-building.

Making Black Powder

Gunpowder that was of vital to the success of the American soldiers in the American Revolution.  Bunker Hill was lost not because of overwhelming British superiority but rather because the militia entrenched on Breeds Hill ran out of ammunition. 

In all of England, including the colonies, making black powder was legally a Crown monopoly. While there were a few manufacturers in America, it must be understood that these were, strictly speaking, illegal. Despite this, the Non-Importation Agreements coupled with the vast distances between England and the colonies led to the creation of a robust though illicit cottage industry making gunpowder.

There are three distinct processes involved in the manufacture of black powder. First is the production of saltpeter or potassium nitrate (KNO3).  Legal powder mills had the option of importing saltpeter and much of it came from India.  Local mills producing powder without express permission from the Crown would not have this option.  Second is the production of the charcoal which was easily produced in plentiful quantities in Colonies and actually exported to powder mills in England.  Finally, there is the mining of sulfur which is governed by geology.  There are some sulfur producing mines and springs in America but most sulfur was imported from Italy.

Saltpeter comprises about three-quarters of black powder and making it is a particularly disagreeable process. The best sources of nitrate are manure and the cave soils with decomposing animal droppings (mostly bat guano).  Because the Crown had a monopoly on gunpowder manufacturing and because feces was critical to the production of that gunpowder, by law, all barnyard soil and the contents of outhouses belonged to the government[1]. Of course, even though there were Colonial acts making the same reservations for the Crown, because shipping a ship full of feces to England would be cost prohibitive as well as revolting[2] with few exceptions the Crown did not exercise its option on all American barnyard and outhouse contents. Cave soil, on the other hand was routinely mined in the Caribbean.

Refining saltpeter is a slow process and this usually limits the production of black powder. Nitrate-bearing soil is collected and mixed ash which contains potassium. Hot water is then passed through the mixture and collected. This resulting liquor has potassium nitrate, water soluble salts, and other impurities. This is then boiled down leaving a crystalline mass consisting saltpeter along with some other salts and dirt.  Refining this salt exploits the higher solubility of saltpeter than the salts and dirt. By sequentially boiling the solution with water in large kettles, concentrating the solution by evaporation, the dirt and some other impurities rise to the top and can be skimmed off.  By then carefully decanting the hot solution, other unwanted salts, which settle to the bottom, are left behind or filtered out.  As the remaining liquid is finally cooled, pure saltpeter crystals form.  Since the power of the final gunpowder is a result of the purity of the saltpeter, the refining cycle was often performed multiple times.

 

Refractory for purifying saltpeter

Charcoal was a common export in colonial America.  Charcoal was used in many industries, most notably blacksmithing, and is made from carefully controlled burning of wood.  It was a dangerous and unpleasant craft. 

A large pile of cut timber is carefully stacked into a mound.  This is then covered with earth, leaving only a vent hole in the top.  Live coals into the vent hole initiating a fire which must be carefully monitored for several days.  By burning the wood in a limited supply of air, charcoal or which is nearly pure carbon is formed, and this carbon is an almost perfect fuel for creating fast burning hot fires like you want in a blacksmith’s forge or in the barrel of your gun.

There are significant and productive sulfur springs in Virginia, or sulfur can be extracted from the ash of high sulfur fuels like lignite or from burning pyrites in a kiln.  The major eighteenth-century source was the Island of Sicily which was controlled by France so American powder makers ironically only had access to it only after Independence was declared.

Charcoal Ovens

Once you have the ingredients, the actual making of black powder formulas is very straightforward.  Although recipes vary slightly, black powder is 75% (w/w) saltpeter, 12.5% (w/w) charcoal, and 12.5% (w/w). All that is really needed is to grind the components into a fine powder and mix.  In order to reduce the explosion risk, however, water was added. The amount of water varies according to the weather conditions, but water was about 6% of the total weight of the final mixed ingredients.  Water also helps ensure that the ingredients don’t separate in storage.

Once mixed, it is critical that the final powder be of reasonable and uniform grain size.  The smaller the grain, the more rapidly, and hotter, the powder burns.  Put powder that is too fine in your gun, and it will burst the breech:  put in powder that is too course and your shot will lack enough force to reach its target. So, while the gunpowder is reasonably moist, it is ground in a mortar into grains with a pestle, often driven by a waterwheel.

Cutting powder grains

Finally, the graining process will produce not a single size if powder grains but rather a mix.  Some grains will be large, suitable for cannon and large bore muskets, some will be small, suitable for smaller bore rifles or as priming powder.  The next step is to separate the grains by size with a set of graining screens. The graining screen was a set of perforated parchments stretched across wooden frames.  The largest mesh is on top and the finest is at the bottom.  The powder is then forced through the screens with a stone roller or by rocking the powder back and forth, allowing the powder to pass through the screen.

The final step in powder making was to remove the excess water which was added to prevent explosion during manufacture. The powder is spread over tables and laid out in the sun. It must be turned over periodically until it was uniformly dry.  Once dry the powder is ready to package.

Drying and sieve for powder

There were Colonial regulations regarding how powder was to be received into the public magazines. This included barrel construction, capacity, and markings. Gunpowder was packaged powder in several variations of container. The 50-pound wooden keg was the most common container.  These kept the powder dry and were easy to move and store.  Powder kegs very well made and sturdy as leaks were extremely dangerous. Powder was also sold in 25- and 100-pound barrels. The term “keg” originally designated the 100-pound size. while the 50-pound size was designated a half keg and the 25-pound keg a quarter keg. Black powder was also sold in papers. A sheet of plain paper was laid out and an amount of powder, usually between one fourth pound and one pound, was weighed out on it. The paper was then folded and sealed.

From <https://colonialbrewer.com/resources/18th-century-skills/making-gunpowder/>

Making Fire With Flint And Steel

Image of a brass tinderbox with car cloth,
striking flints and a selection of fire steels.

Making Fire with Flint and Steel

Since I included gunpowder in a past newsletter article, I found this article on a frontier website and thought to add. For your enjoyment.

by Ron "Sign Talker" Garritson

The art of making fire has been with us a very long time. It has been our companion and friend, but it also has the potential to turn on us and become a most dangerous enemy if we let it get out of our control as we all know. One of the most common means of making fire since long before the fur trade and on into the today's world of buckskinning is with flint and steel. The four items one needs to make fire with flint and steel are, of course, a piece of sharp flint, a high carbon steel striker, char and tinder. Besides flint, there are other types of rocks/minerals one can use such as pyrite, chert, agate, etc., I use one of these when I don't have a nice chard of English flint. The steel striker can be obtained from any trader or blacksmith attending any one of the many rendezvous across the country or at trading posts like Fort Union or Bent's Fort as well as through any of the many reputable buckskinning suppliers.

Char you have to make yourself. Some of the best char is made from loose knit 100% cotton material such as Monk's Cloth, and flannel, as well as punky (not crumbly) cottonwood. To make char you need a small tin can with a tight-fitting lid. Such as an Altoids or pipe tobacco box. Punch a small hole in the lid, make sure the tin interior is clean and loosely fill with your choice of char material. Your char pieces should be cut in about 2-inch squares. Replace the lid and be sure it has a fairly tight fit. Place it on the fire and let it cook until the smoky gases cease to exit the tin via the small hole.

Remove from the fire and set aside until the tin is cool to the touch. If you open the tin too soon, the contents will ignite and be rendered useless. Your char should be nice and black but still intact.

Tinder can be gathered from a number of sources in nature. Dry cheat grass, cattail down, inner bark of dead cottonwood (the papery stuff), tow and ready to use old discarded small bird nests (not eagle or magpie). Now this is the way I have come to making fire with flint and steel after many years of experimenting with various techniques and methods and this way beyond a doubt has proven to be the fastest and easiest way for me. Make yourself a nice little bird nest of the tinder, the coarser material on the outside and the finer softer material on the inside. Set aside until needed.

Now it's time to make a spark. Too often I have seen folks put their char in the tinder nest and hold the striker over the char and strike the steel with the flint. The results can be bloody knuckles, wet knees and tinder and wasted time. This does work, but there is an easier and faster way to land a spark on your char. Wrap the char around the sharp edge of your flint, hold it in your left hand, or right if you are a lefty, and strike the flint through the char with the steel and your chances of catching a spark on the char the first time are mighty good. You will also want to hold the tinder nest in your left hand under the flint so that the transfer of the char to the nest will be quick.

This method is also quite handy if you are in wet conditions and you don't want to get your tinder wet nor be on your knees on the cold wet ground. As soon as the char has caught a spark, transfer the char to the tinder nest and hold the nest cupped above you facing down wind and blow into the nest, each time with gentle increasing force until the nest bursts into flames. You then transfer the flaming nest into your little tipi of dry twigs and sticks that you have pre-prepared, to which you add more kindling until you have obtained the campfire of your desires. Like I said, this works for me. Feel free to experiment on your own to find out what works best for you. I hope this information may be helpful.

Burlap - Denim – Char will catch a spark and readily ignites with burning glass. Will not hold a coal as long as Monk’s cloth. Depending on thickness of the material Char is somewhat fragile. A fair char. Monk’s Cloth – One of the best chars for lighting with flint & steel or burning glass. Heavy loose weave of the cotton makes it easy to catch a spark and holds a coal well. An excellent char. Yucca Stem – Very similar to Mullen stem. Charred stem pieces difficult to light or catch a spark from flint & steel. Charred stem difficult to hold next to fling for lighting, as they disintegrate easily. Showering sparks into pile of stems difficult as sparks seem to cool too much before contacting stems. Charred yucca very easily lit with burning glass. Charred stems burn hot and long. Useful for starting a fire with burning glass and for extending a coal when lit with flint & steel using another source of char. Stems very good spindles in fire making, but not as strong as other woods.

Mullen Stem – Very similar to Yucca stem. Charred stem pieces difficult to light or catch a spark from flint & steel. Charred stem difficult to hold next to flint for lighting, as they disintegrate easily. Showering sparks into pile of stems difficult as sparks seem to cool too much before contacting stems.

Charred mullen very easily lit with burning (Magnifying glass) glass. Charred stems burn hot and long. Useful for starting a fire with burning glass and for extending a coal when lit with flint & steel using another source of char. Stems make fair spindles in fire making, much more brittle than other spindles. “Punkie” Cottonwood – Similar to Yucca and Mullen stem but will light with flint & steel with some effort. Sparks ignited charred wood when sparks showered into a pile of char. Readily ignite with burning glass and holds a coal well.

TINDER

1.       Inner fibers of cottonwood bark. This is the papery stuff found on the underside of dead bark. Works better as the outer layer of tinder nest with finer materials lined inside.

2.       Dry cheat grass. Ignites quickly. The stuff prairie fires are made of.

3.       Dry cattail cobs. the down from the cobs ignites quite well. I use this to line the inside of the tinder nest.

4.       Old abandoned bird nests. Ready-made tinder nest, just add smoldering char.

5.       Tow. Ignites well, but better as the middle layer of the tinder nest.

6.       Cottonwood down. Similar to that of the Cattail down. I use a combination of all of the above in my pre-prepared tinder nests in the following order.

If I find an old bird's nest, the tinder nest is already made. Cattail and or cottonwood down for the inner layer, the next layer is the dry cheat grass, then the tow, then an outer lay