Message from Venus — A Reader’s Guide

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In Category - Space Future

Authors: Winterbotham, R. R. (Russell Robert), 1904-1971, Mirando, Michael [Illustrator] Digital Source: Project Gutenberg Gutenberg Release Year: 2021 First Publication Year: Not confirmed

Key Word: Science fiction; Short stories; War stories; Space ships -- Fiction; Venus (Planet) -- Fiction Target Reader: Readers of public-domain and historical texts

Book Edition: Project Gutenberg digital edition Book Language: en

Edition facts

Words 7,558

Reading time 33 min

Text sections 1

Message from Venus — A Reader’s Guide can be approached with a clearer sense of reading commitment from its source measurements: 7,558 words, 33 min estimated reading time, and 1 detected text section.

The text analysis averages about 16.8 words per sentence, while the detected sections provide another way to judge how the source is divided.

Project Gutenberg metadata also associates the work with “Science fiction,” connecting these edition facts with the source record’s subject description.

Source: Project Gutenberg record #64826

In this 1941 space-war story, Captain Paul Bonnet and Lieutenant Bill Riley attempt to deliver a message from a besieged Venusian garrison while navigating a damaged lifeboat and a perilous steam-landing plan. The narrative shifts between ground combat and aerial escape, emphasizing tactical problem-solving.

Editorial Edition Score 4.4/5

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Description quality20 pts
Title & short description10 pts
Source metadata20 pts
Text length15 pts
Chapters / structure15 pts
EPUB file integrity20 pts

Total of 100 points, scaled to a 2.5-5.0 range. Editions with an empty description or a missing EPUB file are not scored.

Edition quality

File: pg64826

Read the Text

Attempted was the correct word, for lifeboats of space ships were never the last word in navigable machines. They were to be used only as a last resort under desperate circumstances. No lifeboat had ever been built as a machine for lengthy interplanetary travel. But the universe is foolproof to a certain extent. Any piece of matter is sure to obey the laws of the universe. Captain Bonnet supposed that if the lifeboat succeeded in taking off, and if it were put on the right orbit, it could reach the earth in time to send reinforcements back to Venus.

As Captain Paul Bonnet and Lieutenant Bill Riley took their places in the ship, Major Rogers explained that the craft had been equipped with a small parachute to be used just before the lifeboat crashed in dropping a message to authorities that Outpost 53 had been attacked and that reinforcements were needed.

"After you drop the message, you men are on your own," the major explained.

"You mean we're to try to get out of it, if we can?" asked Captain Bonnet dryly. "Humph!"

A few minutes later the lifeboat's rockets roared and the craft soared upward through Venusian clouds to deliver a message to Terra.

Captain Bonnet watched the rockets drain the fuel tank on the takeoff. His gravity gauge told him that he was going to make it. Once beyond Venus and nosed toward the earth, which was approaching conjunction, no more fuel would be needed. The ship would be seized by terrestrial gravity and brought home. There would be a period of uncomfortable warmth as the sides of the ship became red hot in the earth's atmosphere. A few moments of frantic work dropping the parachute over some populous region of the earth, and then a crash that would mean the end.

Each man had gone over the details of what he was to do. Each man had told himself that there was no end to this trip except death, yet each man hoped that in some way he could avoid the final disaster. If there were only some way a space ship could be landed without fuel!

"It's no use," Captain Bonnet said. "Up to the end of the Twentieth Century, when all problems dealing with space navigation were worked out, excepting space flight itself, all of the experts agreed that there was no practical way of landing a space ship. It wasn't until the Twenty-first Century that the spiral landing orbit was discovered and it took another century to discover the Rippler force method of landing a ship intact."

"At least the Rippler method's out," Lieutenant Riley said dryly. "We'd have to have fifty gallons of fuel to land a fourteen-valve lifeboat on its rocket jets."

"Even the spiral landing orbit would require twenty-five gallons," Captain Bonnet pointed out. "Both methods are out. We've got about two gallons of rocket fuel in the tank and we'll need most of it in the cooling system to keep us from burning up until we can drop the message."

Hours ticked swiftly away as the space ship moved closer to the earth. The craft had reached the middle of its course, where terrestrial and Venusian gravities neutralized, with speed to spare. From now on it would accelerate slowly under the pull of the earth's attraction and it could be expected to enter the earth's atmosphere at a speed greater than 200 miles a second. The entire trip from Venus to the earth would take about 72 hours. The job of decelerating from 200 miles a second to less than ten would be taken care of in the 1,000 miles of atmosphere lying above the earth. It could be accomplished with no more discomfort than a passenger in a car experiences in a sudden stop. But the last ten miles per second deceleration would mean the overcoming of the force of gravity itself.

Captain Bonnet considered the danger of the moon interfering with the ship's flight to earth. He discovered, to his relief, that the moon was out of the way, on the opposite side of the earth. At least he would not have to use precious fuel to keep the craft from landing on the moon.

He checked the cooling apparatus. It seemed in perfect working condition and should keep the two passengers from roasting alive until the ship crashed. At least this was a comfort.

Lieutenant Riley, who had been sleeping, opened his eyes.

"Say, Paul, I've an idea!"

"Why couldn't we keep the ship in an orbit outside the earth's atmosphere until it is sighted by telescope?"

Continue Reading →

The story opens in the thick of combat at Outpost 53, where Captain Paul Bonnet and his crew face a relentless Venusian assault. The creatures, described as “huge sausages” with a deadly purpose, press through wire entanglements while the defenders fire Amorg twenty-fives. The scene establishes a pattern of overwhelming odds and grim humor—Bonnet winks at his lieutenant after a near-court-martial, and Riley compares the fight to “bailing a boat with a sieve.” The ruined space ship The Piece of Sky lies on the field, its plates dissolved by acid, setting up the central problem: how to escape and deliver a message.

Two Fronts, One Story

The narrative moves between two distinct settings: the fortified outpost and the cramped lifeboat. The opening battle is static and desperate, with men “half dead from exhaustion” after three days of fighting. Then the scene shifts abruptly to the lifeboat, where Bonnet and Riley plan a high-speed landing near Dougherty Island. The contrast is stark—the chaos of massed Venusian bodies versus the precise calculations of a “steam landing.” This structural pivot mirrors the story’s central tension: brute force versus clever engineering. The excerpts do not reveal how the garrison’s message reaches the lifeboat, but the shift itself suggests that survival depends on leaving the ground behind.

The Steam Landing as Set Piece

The landing sequence is the story’s most detailed technical passage. Bonnet explains that the ship will skim the ocean at extreme speed, using frictional heat to turn water into steam, which will cushion the deceleration over 6,300 miles. The plan involves a precise circumnavigation: they cross the South Pole, pass over Kansas City to drop the message (which falls into the Missouri River), then loop through Canada, Siberia, and the Himalayas before re-entering the Antarctic. The description is rich with coordinates and landmarks—James Ellsworth Land, 60° south, 120° west—giving the journey a concrete geography. The final approach, with the ship “scarcely two thousand feet high” and waves hissing into steam, builds tension through incremental detail.

Recurring Images of Pressure and Release

Throughout the excerpts, the language emphasizes containment and escape. The Venusians are a “solidly packed mass”; the gun’s hole in the sky is instantly filled by “more bulging Venusians.” The lifeboat’s interior grows “uncomfortably hot” before the cooling system works. The landing harness and pills to resist gravitational pressure suggest bodies under strain. Even the failed message drop—a parachute lost in the Missouri River—reinforces a pattern of near-success and setback. These recurring images of pressure—military, physical, mechanical—create a sense of constant threat, with release always just out of reach.

Voice and Dialogue Under Fire

The dialogue is terse and functional, often punctuating action. Major Rogers’s roar—“We’re going to stop them!”—is undercut by Bonnet’s wink to Riley. The exchange about the Venusians’ “admirable characteristic” of persistence frames the conflict as a clash of wills. Later, Bonnet’s calm navigation commentary (“That’s Dougherty Island… That’s lucky”) contrasts with Riley’s groan when the message is lost. The officers speak in clipped commands and dry observations, never dwelling on emotion. This spare style keeps the focus on the immediate problem—how to land, how to deliver the message—without sentimentality.

Readers should pay attention to how the story balances its two halves: the ground war and the aerial escape. The excerpts leave the garrison’s fate unresolved and the landing’s outcome uncertain. The narrative’s strength lies in its concrete details—the Amorg vapor, the coordinates, the steam cushion—rather than in character development or moral weight. Approach it as a puzzle of survival under extreme conditions, where every decision is a calculation against time and fuel.

I’ve always kept Message from Venus near at hand—that desperate steam-landing always reminds me of hope patched together. Beside it sits World Without Glamor — Reading Notes, and I notice how both whisper the same quiet truth: survival is less about glory than about checking the valves, twice, and trusting a small repair. They never shout. Just steady, like old friends.