Welcome to the website of

CHANGES WROUGHT

Artwork by Jim Laurier
www.jimlaurier.com

The Western Front—1917. Barbed wire and waist deep mud. Artillery and mustard gas. Machine guns and snipers. Above the abyss, British BE2s and Sopwith Pups struggle to hold their own against the German Albatrosses.

The air war slowly turns with the arrival of the Sopwith Camel, the SE5, and the Bristol Fighter. In the east, the Bolsheviks sign an armistice with Germany, freeing up fifty German divisions. Ludendorff launches a series of massive attacks on the Western Front in the spring of 1918, but the Americans are arriving in strength and the Allies hold. Spearheaded by 500 tanks, the Allies counterattack near Amiens in August—the beginning of the Hundred Days Offensive that will end the war.

CHANGES WROUGHT takes us into the cockpits of Britain’s Royal Flying Corps above World War One’s Western Front; from a hospital in Yorkshire to a mansion in Bristol; from Parliament and Lloyd George’s “coupon election” to the steppes of southern Russia.

The Planes

Sopwith Pup

BE2

Sopwith Camel

SE5A

Bristol Fighter

DH9/DH9A

Albatros D V

The Triplanes

Fokker D VII

The Guns

Allied Vickers Machine Gun

British Lewis Gun

British 13-Pound 9 CWT
Anti-Aircraft Gun

German 7.7 CM
Anti-Aircraft Gun

The Situation on the Ground

All maps courtesy of the United States Military Academy Department of History

The Stabilized Front

In Book One of Changes Wrought Pete Newin is stationed near Hazebrouck (southeast of Calais) and Harry Booth is a little farther northeast, closer to Ypres. The front line has moved little since the autumn of 1914. The British gained some ground down on the Somme in 1916 at a terrible cost, while the French and the Germans slaughtered each other at Verdun. Now, in the summer of 1917, Field Marshal Haig is readying his troops for a major assault in Flanders.

31 July 1917

Plummer’s Second Army successfully captured Messiness Ridge in June (bottom of map). The British exploded nineteen mines under the German positions—the combined explosions may have been the loudest sound created by man until the arrival of the nuclear age. His right flank secure, Haig is ready to launch his attack, which will drag on for three horrible months.

The British and their allies will suffer around 300,000 casualties in the Third Battle of Ypres, without breaking the German line or capturing the U-Boat bases on the Belgian coast. The very high losses will aggravate the already tense relationship between Lloyd George and his senior generals.

Harry Booth’s first combat flight is a photo recce mission in a BE2 over Messiness Ridge. Harry’s 6 Squadron was attached to X Corps; however he and Jack were on loan to IX Corps that day. About six weeks later Pete Newin crosses the front line near Ypres in his Sopwith to attack a German aerodrome, in the early morning hours of 31 July 1917.

Spring 1918

The Germans transferred approximately fifty divisions to the western front when Russia dropped out of the war, allowing Ludendorff to launch a wave of attacks beginning in March of 1918. As can be seen the stagnated front was shattered and the Germans gained significant ground, but ultimately the Allies held. First Lieutenant Mark Newin is in action near the Lys River during the second German offensive in Book Four of CW.

The Books

Changes Wrought
— Book One

He lit a cigarette and tossed the burning match onto the table. Set the cigarette on the edge, put his fists down and his chin on his fists. Watched the match burn down, then out. The little blue-gray smoke trail curled up. He flicked the match with his finger and looked at the little burn mark. Felt it. Still warm. His contribution to the table’s character. He straightened up and looked over to the bar …

READ MORE >>

Changes Wrought
— Book Two 

The Devonshires held this trench, the Devonshires hold it still.
Pete read the words twice. Ran his fingers over the wood. It was gritty with dirt. He took his scarf out and wiped it off. Traced the words with his finger, the edges still sharp from the chisel. Looked down the row of simple wooden crosses …

READ MORE >>

FAQs

1. Why did you choose to write about WW1 aviation?

First, to make people aware of how rudimentary WW1 aircraft were: open cockpit, very little instrumentation, unprotected fuel tanks. Second, to highlight that these aircraft did far more than fly around and dogfight each other. Both the artillery spotting and photo reconnaissance missions, while less “glamorous” than air-to-air combat, were critical to the war effort.

2. What is the significance of the title “Changes Wrought?”

This refers to the great changes technology brought to WW1: aircraft, powerful and accurate artillery fire, machine guns, and the relative unimportance of cavalry.

3. You can be very critical of Sir Douglas Haig. Do you believe he was a poor general?

There are strong feelings on this issue from both sides. Oddly enough, of all the things I’ve read on this, the person I thought nailed it best was a professor of English. Paul Fussell wrote the wonderful “The Great War and Modern Memory,” which looks at WW1 through a literary lens. This is what Professor Fussell had to say about Field Marshal Haig:

One doesn’t want to be too hard on Haig, who doubtless did all he could and who has been well calumniated already. But it must be said … in a situation demanding the military equivalent of wit and invention. Haig had none. He was stubborn, self-righteous, inflexible, intolerant—especially of the French—and quite humorless. … Bullheaded as he was, he was the perfect commander for an enterprise committed to endless abortive assaulting.

To answer the question, I believe it wasn’t so much that Haig was a bad general, rather that the nature of warfare had fundamentally changed and he was not able to adapt to the new reality.

4. What exactly is a rotary engine?

Rotary engines are similar in appearance to the radial engines that were used in some WW2 fighters, in that the cylinders project outward from a central shaft (the photo is of a nine-cylinder Le Rhône rotary mounted on a Sopwith Pup). The difference is the entire cylinder assembly of a rotary engine is fixed to (and rotates with) the propeller. This allows the engine to be air-cooled, saving weight and design complexity. The primary drawback is the spinning propeller and cylinder assembly effectively acts as a big gyroscope at the front of a small, lightweight aircraft.

Viewed from the cockpit, the cylinder assembly is spinning clockwise. Now consider a rotary-engined aircraft in a hard right turn. The turning motion produces a force on the left side of the engine, making it turn (pivot) to the right. A force applied to a gyroscope is “felt ninety degrees of rotation later.” Therefore, the force of the right turn is applied at the top of the gyroscope, pushing the nose of the aircraft down. This effect was more pronounced in some airplanes than others. The most famous example is the Sopwith Camel—new Camel pilots were advised against making right turns at low altitude.

5. What can we look forward to in the later books?

Without giving too much away, Harry Booth runs into problems back in England, centering on a girl, his (former?) best friend, and the Irish Republican Brotherhood. Mark Newin fumbles his way into the army and Ian Crosse pushes ahead with his political plans, all of which may be destroyed by his fondness for his wife’s little sister. Pete and Anya end up in southern Russia after the war, the latter finding herself in a difficult situation.

6. What is the planned release schedule?

Book Two should be out in March 2025. Then the plan is to release one book a year in 2025 – 2027.

About The Author

Michael MacMurday Author of Changes Wrought

Michael MacMurdy is the author of Changes Wrought. Michael flew T-37 trainers in Oklahoma and A-10 Warthogs in England in the USAF before moving on to the airlines. He currently lives in Frederick County, Virginia, with his wife, Ruth Margarita.

usaf student pilot

T-37 Taxi

The author taxiing out on his last student flight in the Tweet.

T-Formation Close

T-38 echelon turn. I’d asked my instructor to move forward of the line to get a better shot.

T-37 MX Hangar

I vaguely remember being in the maintenance hangar. I flew the T-37 as an instructor, but I don’t see wings on my jacket so I was a student when this was taken.

T-37 Configured

T-37 slow flight was 75 - 80 knots. Meaning if you pointed west in the wintertime, good chance you’d be going backward over the ground. You can see the flaps are down as well as the gear, and the speed brake is extended (rectangular, behind the nose gear). Although the Tweet was underpowered, we flew our normal pattern and landing with the speed brake out, to allow us to carry higher rpm (due to the SLOW windup time of the Continental YJ69).

T-38 Over The Lake

The famous White Rocket. With hindsight, perhaps too unforgiving of pilot errors to be a good trainer. In the 1980s the USAF let us carry a camera on our last flight—I think they changed that rule a few years later. I believe that is Canton Lake, so this would be the easternmost of the T-38 working areas.

T-38 Formation

I think this was my last four-ship formation flight in the T-38. All I know is we’re somewhere west of Vance AFB, probably in September.

A-10 raf bentwaters

A-10 at Low Altitude

This photo was taken by a British civilian somewhere north of Merseyside (not our usual stomping grounds). I was new in the airplane at the time, flying in the number four position. The photos made their way to our squadron, prompting some questions from our DO about minimum allowable flying altitude for four-ship formation, but that’s another story. The aircraft is carrying an ECM pod and a (training version) of a IR Maverick AGM. The knob-looking thing on the gun was a smoke diffuser—I think they got rid of those later.

A-10 Ladder

The A-10 has gone through various paint schemes—they were all dark green when I flew them. This is 81-0943 at RAF Bentwaters in the late 1980s. The pod in front of the nose gear is to display laser designated targets to the HUD.

A-10 Mission Card

The mission card for a typical four-ship training mission. I’m flying lead. It’s a low-altitude departure to the north. Nav point TF4, south of the Wash Weapons area, was one of our favorite checkpoints. The weather must have been good that day, as besides the low-angle stuff, we were doing Low Drag (20 degree dive) and Dive Bomb (30 degree dive). The first time you do a 30 degree dive bomb pass, it feels REALLY steep.

BTW WBD Colchester

You can see Bentwaters and Woodbridge over by the coast. Lots of red no-fly areas, mostly power plants, airfields, and horses owned by rich people. The little circle east of WDB was probably for birds. We normally took off to the west. The abandoned airfield at Debach was my first checkpoint and you can see the 356 track out of there. The two straight black lines in the upper left corner mark the Lakenheath / Mildenhall / Honington zone.

Tail-Dragger Flying

Stearman

Boeing Stearman Model 75. N2S-1 in US Navy terminology.

J-3 Cub

The J-3 Cub. Nice enough airplane, but I didn’t care for it. Too cramped for my long legs.

Mike by SM

This is a Boeing Stearman Model 75. This particular aircraft was built in 1943, served as a USN trainer until 1948, and now resides near Tulsa, OK. Great airplane!

Stearman entering a spin

A Stearman just entering a spin. See the full video below.

Stearman Landing

A Stearman coming in to land on a grass strip in Oklahoma. See the full video below.

American Airlines

B737 Out West

B737 Out West

DFW Pad

Waiting for a gate on a nice evening in DFW. B737.

IAD Firetrucks

Just landed IAD after a PHX-DCA Redeye. The flaps didn’t deploy so we had to run the checklist procedure to get the leading edge slats out. Landed IAD for the longer runway. If I recall, final approach airspeed was 181 that morning versus a normal approach speed of 135 or so.

SLC

On the ramp in the B737. I think this is SLC.

Stearman Flight Training

This is what the entry into a spin looks like. We pull the nose up and reduce power to idle. The airplane runs out of speed and the nose drops. We have full rudder in so that causes the spin. To recover: recheck the throttle at idle. Neutralize the ailerons and apply rudder opposite to the spin direction. Bring the column forward as necessary to break the stall. Once the spinning stops, neutralize the rudder and recover from the dive.

This is your basic traffic pattern and landing onto a grass strip. The final approach is very steep by airline pilot standards, due to the high drag of the Stearman. It’s easier to land on grass—more forgiving of yaw inputs than is a concrete runway.

"Michael MacMurdy uses his experience as a T-37 instructor pilot, as a flight lead/instructor pilot in the A-10 Warthog, and flying tail-dragger aircraft to take us into the cockpits above France in 1917. The inflexible leadership and the inferior aircraft. The politics of the Royal Flying Corps and the home front. Romance. Vengeance. All wrapped into an immersive read that is both poignant and tragic, humorous and irreverent. Highly recommended." - Maj. Gen. [Ret.] Steven Berryhill, USAF

Contact

For Media & Press Inquiries

[email protected]

Follow on Social Media