Best SOUND: BMW-Dixie approx.

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🏷️ Basic Information Identification Make: BMW Model: Dixie (hypothetical/interpretive) Year: circa 1930 Engine Configuration: 2-cylinder Product Type: Sound Effect File (WAV) Product Identifier: hhs00419 Audio Format: WAV Licensing: Royalty-free Source...

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Taper: Car

Distributeur:

UGS: 240977

Mots clés: BMW Car Cars Dixie Misc

Variantes de produits

Description

🏷️ Basic Information

Identification

Make:

Model:

Dixie (hypothetical/interpretive)

Year:

circa 1930

Engine Configuration:

2-cylinder

Product Type:

Sound Effect File (WAV)

Product Identifier:

hhs00419

Audio Format:

Licensing:

Royalty-free

Source Cooperation:

sound-pool24

👋 Introduction

Market Position

Market Niche:

Sound effects for media production, historical vehicle enthusiasts, audio designers.

Competitive Analysis

Differentiation:

Authentic, royalty-free sound of a specific historical BMW engine startup.

Key Features

Unique Selling Proposition:

Captures the essence of early automotive sound for creative projects.

📋 Manual Details

Coverage Areas

Vehicle Systems Covered:

Engine Start-up Sequence (Sound)

Page Count

Page Count:

N/A (Digital Audio File)

Manual Type

Manual Type:

Audio Sound File

Language

Language:

N/A (Sound File)

Format

Format:

Digital Download (WAV)

📖 Manual Coverage

Systems Covered

Engine Operation:

Sound representation of a 2-cylinder engine starting.

Procedures Included

Auditory Simulation:

Simulates the sound of a 1930s era 2-cylinder engine initiating its journey.

Technical Depth

Audio Fidelity:

High quality WAV sound file.

📊 Manual Specifications

File Format

File Format:

Print Quality

Print Quality:

Not Applicable (Digital Audio)

Binding Type

Binding Type:

Not Applicable (Digital Audio)

Paper Type

Paper Type:

Not Applicable (Digital Audio)

⚙️ Engine Specifications

Primary Engine

Engine Type:

Inline 2-cylinder (likely opposed or parallel twin based on era and application)

Performance

Power Output:

Estimated to be very low, likely in the range of 10-20 horsepower, characteristic of early 2-cylinder engines.

Torque Output:

Low, focused on initial rotational force for starting.

Fuel System

Fuel Delivery:

Likely a carburetor, possibly a single unit, with potential for manual mixture adjustment.

Ignition System

Ignition Type:

Magneto ignition or early battery/coil system.

Cooling System

Cooling Method:

Air-cooled.

🔧 Transmission

Standard

Transmission Type:

Manual, likely a 3-speed gearbox.

Optional

Optional Features:

Not typically offered in this era for basic models.

Features

Clutch Type:

Dry single-plate clutch.

Gear Selection:

Hand-operated gear lever, potentially external linkage.

📐 Dimensions

Exterior

Wheelbase:

Varies significantly by specific model, but typically short for this era, around 70-90 inches.

Overall Length:

Compact, likely under 10 feet.

Weights

Curb Weight:

Extremely light, likely under 1000 lbs.

Payload Capacity:

Minimal, designed for 1-2 occupants.

🛡️ Safety Features

Ratings

Crash Test Results:

N/A (No standardized crash testing in the 1930s).

Active Features

Braking System:

Mechanical drum brakes or rod-actuated external drum brakes, likely on rear wheels only or all four with limited effectiveness.

Passive Features

Occupant Restraints:

None.

Body Structure:

Lightweight steel chassis with open or closed body panels.

💡 Technology Features

Infotainment

Infotainment System:

Basic dashboard instrumentation: speedometer, oil pressure gauge (if fitted), ammeter.

Driver Assistance

Driver Assistance Features:

None.

Connectivity

Connectivity Options:

None.

Lighting

Headlights:

Early electric or acetylene lighting.

🔧 Maintenance

Service Intervals

Oil Change Interval:

Frequent, likely every 1,000-2,000 miles or annually, using specific SAE viscosity oil (e.g., SAE 20 or 30).

Grease Points:

Regular greasing of chassis lubrication points required, typically monthly or quarterly.

Fluid Specifications

Engine Oil Type:

Non-detergent mineral oil, viscosity dependent on climate (e.g., SAE 20W, 30).

Coolant:

Water, with anti-corrosion additives if available; no antifreeze as we know it today.

Brake Fluid:

N/A (mechanical brakes).

Known Issues

Engine Wear:

Piston ring wear, bearing wear due to light lubrication and high revs for size.

Carburetor Adjustment:

Frequent tuning and cleaning required.

Ignition Timing:

Needs regular checking and adjustment for optimal performance.

Brake Effectiveness:

Limited stopping power, requiring anticipation and careful driving.

📚 Vehicle History

Brand Heritage

Bmw Founding:

Founded in 1916, initially as a manufacturer of aircraft engines.

Early Automotive Entry:

Began producing cars in the early 1920s after acquiring rights to build Dixi cars from France.

Model Evolution

Dixi Models:

BMW produced Dixi models (e.g., Dixi 3/15 PS) were small, affordable vehicles, often based on Austin 7 designs.

Early Engine Technology:

2-cylinder and 4-cylinder engines were common in early small cars and motorcycles of the era.

Production

Production Period:

1920s-1930s for early small cars.

Manufacturing Location:

Germany.

🏆 Awards & Recognition

Recognitions

Historical Significance:

Represents the foundational era of BMW's automotive manufacturing, paving the way for future iconic vehicles.

Ratings

Audio Quality Rating:

High quality WAV file as advertised.

Certifications

Licensing Certification:

Royalty-free license for media use.