This structured digital collection provides comprehensive technical documentation for the Messerschmitt Me 210 and Me 410 Hornisse, the twin-engine heavy fighters that evolved from troubled beginnings to become capable multi-role combat aircraft. With 38 manuals covering both aircraft types and their variants (Me 210 A, C, E and Me 410 A, B), this is the definitive reference library for serious restorers, historians, and researchers working with these historically significant aircraft.

Definitive Collection with Free Lifetime Updates: This is a living collection that we continuously expand and refine. As we acquire additional Messerschmitt Me 210 and Me 410 documentation, technical bulletins, or variant-specific materials, we update this collection and provide free lifetime updates to all purchasers. Your one-time purchase guarantees access to all future additions and improvements to this collection.

Historical Note

The Messerschmitt Me 210 and its refined successor, the Me 410 Hornisse (Hornet), represent a fascinating and cautionary chapter in WWII aviation development. Originally designed in the late 1930s as a replacement for the highly successful Bf 110 Zerstörer, the Me 210 was intended to be a more advanced multi-role heavy fighter and fast bomber incorporating lessons learned from early combat experience.

The Me 210 featured several advanced design elements for its era: a pressurized cockpit for high-altitude operations, remote-controlled defensive armament in barbettes (eliminating drag from traditional gun positions), an internal bomb bay for streamlined bombing missions, and more powerful Daimler-Benz DB 601F engines (each producing 1,350 hp). The aircraft's sleek design promised superior performance to the Bf 110, with projected speeds exceeding 385 mph and improved maneuverability.

However, the Me 210's development became one of the Luftwaffe's most troubled programs. First flown in September 1939, the aircraft suffered from severe stability and handling problems, particularly dangerous stall characteristics and inadequate directional stability. The automatic leading-edge slats proved unreliable, and the remote-controlled defensive armament system was complex and prone to malfunction. These issues led to numerous crashes during testing and operational evaluation, earning the aircraft a deadly reputation among pilots.

Despite extensive modifications including enlarged tail surfaces, revised wing design, and improved slat mechanisms, the Me 210 never fully overcame its handling deficiencies. Production was limited to approximately 350 aircraft (including Hungarian-built variants) before the program was effectively cancelled in 1942. The few Me 210s that entered Luftwaffe service saw limited operational use, primarily in reconnaissance and ground attack roles on the Eastern Front and in the Mediterranean, where their speed and firepower proved useful despite handling limitations.

The Me 210's failures led to an extensive redesign that resulted in the Me 410 Hornisse, which entered service in early 1943. The Me 410 addressed its predecessor's shortcomings through fundamental structural changes: a lengthened fuselage (by 2 feet 4 inches) that improved stability, automatic leading-edge slats that functioned reliably, enlarged tail surfaces for better control, and more powerful Daimler-Benz DB 603A engines (each producing 1,750 hp, later variants used DB 603G engines with up to 1,900 hp with MW-50 boost).

The Me 410 proved to be what the Me 210 should have been—a capable and versatile combat aircraft. It served effectively in multiple roles including fast bomber (Schnellbomber), heavy fighter (Zerstörer), reconnaissance (Aufklärer), and night fighter. The aircraft's internal bomb bay could carry up to 2,000 kg of bombs, while various armament configurations included combinations of MG 17, MG 131, MG 151, and MK 108 cannons. Some specialized anti-bomber variants mounted the devastating 50mm BK 5 cannon, capable of destroying heavy bombers with a single hit.

Me 410 variants included the A-series (initial production with DB 603A engines) and B-series (improved variant with DB 603G engines and enhanced performance). Specialized sub-variants included the A-1/U2 and A-1/U4 heavy fighters with additional cannon armament, the A-2 fast bomber, the A-3 reconnaissance aircraft with cameras, and the B-2/U4 mounting the 50mm BK 5 cannon. The aircraft achieved speeds up to 388 mph (B-series) and could operate at altitudes exceeding 32,000 feet.

Approximately 1,160 Me 410s were produced between 1943 and 1945 at Messerschmitt factories in Augsburg and Regensburg. The aircraft saw extensive service on all fronts, particularly in the defense of the Reich against Allied bomber formations. Me 410s equipped with heavy cannon armament proved effective against B-17 and B-24 bombers, attacking from beyond the range of defensive machine guns. However, the aircraft remained vulnerable to Allied escort fighters, particularly the P-51 Mustang and P-47 Thunderbolt, which could outmaneuver the heavy Me 410 in dogfights.

Notable operational units included Zerstörergeschwader 26 (ZG 26) and Zerstörergeschwader 76 (ZG 76), which flew Me 410s in the defense of Germany, and various reconnaissance units (Aufklärungsgruppen) that exploited the aircraft's speed and range for photo-reconnaissance missions deep into Allied territory. Some Me 410s also served in the night fighter role, though they were less successful than the Bf 110 G in this capacity.

Today, the Me 210 and Me 410 are recognized as important case studies in aircraft development, illustrating both the dangers of rushing complex designs into production and the engineering solutions that can salvage troubled programs. The Me 210's failures led to significant losses in time, resources, and lives, while the Me 410's success demonstrated that fundamental design flaws could be corrected through systematic engineering. For aviation historians and researchers, these aircraft represent valuable lessons in aeronautical engineering, program management, and the pressures of wartime development.

Manuals Included in This Collection

Me 210 Variant A Documentation (3 manuals):

• Me 210 A Aircraft Handbook - Me 210 A Aircraft Handbook, Flugzeug-Handbuch (German Language)
• Me 210 A Flight Manual - Me 210 A Flight Operating Instructions Manual, Bedienungsvorschrift Fl (German language)
• Me 210 A Operating Instructions - Me 210 A-1 Instruction Manual, Einweisungsschrift (German Language)

Me 210 Variant C Documentation (2 manuals):

• Me 210 Ca Aircraft Handbook - Me 210 Ca Aircraft Handbook parts 0,6,7, Flugzeug-Handbuch teil 0,6,7 (German Language)
• Me 210 C Flight Manual - Me 210 C-1 Flight Operating Instructions Manual, Bedienungsvorschrift Fl (German language)

Me 210 Variant E Documentation (1 manual):

• Me 210 E Technical Reports & Certificates - Me 210 E Technical Report, Bericht-BDV-Bo (German Language)

Me 210 Non-Variant Manuals (Applicable Across Series - 11 manuals):

• Me 210 Armament:
  • Me 210 Weapon Operating Instructions, Bed.-Vorschrift-Wa (German Language)
  • MG 131 Heavy Machine Gun Weapon Manual, MG 131 Waffen-Handbuch (German Language)
  • MG 151 Aircraft Cannon Weapon Manual, MG 151 Waffen-Handbuch (German Language)
  • MG 17 Machine Gun Weapons Manual Part 1, MG 17 Teil 1 (German Language)
• Me 210 Construction Manuals:
  • Me 210 Fuselage Production Part 1, Fertigung-1 Rumpfwerk (German Language)
  • Me 210 Wing Centre Production Part 2, Fertigung-2-Tragwerks-Mitte (German Language)
  • Me 210 Wing Left & Right Production Part 3, Fertigung-3-Tragwerk-links-u.-rechts (German Language)
• Me 210 Radio and Equipment:
  • FuG X Flight Radio Equipment, FuG X Fl-Bordfunkgerät (German Language)
  • Fu Bl 1 Radio Landing Equipment, Funk-Landegerät Fu Bl 1 (German Language)
• Me 210 Training Slides:
  • Me 210 Instructional Image Series, Lehrbildreihe (German Language)
  • Me 210 Illustrated Technical Manual, Werksanterlagen (German Language)

Me 410 Variant A Documentation (10 manuals):

• Me 410 A Aircraft Handbook:
  • Me 210 A-1 Aircraft Handbook, Flugzeug-Handbuch (German Language)
  • Me 210 A-1 Aircraft Handbook part 8A "firearms range", Flugzeug-Handbuch teil 8A (German Language)
  • Me 210 A-1 Aircraft Handbook part 9A "General equipment", Flugzeug-Handbuch teil 9A (German Language)
  • Me 210 A-2 U-4 Aircraft Handbook part 0 "General information", Flugzeug-Handbuch teil 0 (German Language)
  • Me 210 A-3 Aircraft Handbook part 0 "General information", Flugzeug-Handbuch teil 0 (German Language)
  • Me 210 A-2 U-4 Aircraft Handbook part 8A "firearms range", Flugzeug-Handbuch teil 8A (German Language)
  • Me 410 A-1 Operating Manual Flight, Armament, Equipment & Radio Sections, BDV-Fl-Wa-Bo-Fu (German Language)
• Me 410 A Armament:
  • Me 410 A-1/U4 Aircraft Handbook Weapons System (BK 5), Flugzeug-Handbuch Wa Bk 5 (German Language)
  • Me 410 A-1/U4 Aircraft Handbook Gun Installation (BK 5), Flugzeug-Handbuch Wa Bk 5 (German Language)
• Me 410 Operating Instructions - Me 410 A-1 Operating Manual Flight, Armament, Equipment & Radio Sections, BDV-Fl-Wa-Bo-Fu (German Language)

Me 410 Variant B Documentation (2 manuals):

• Me 410 B Armament:
  • Me 410 B-2 U-1 BDV Weapon Operating Instructions, Me 410 B-2 U-1 BDV-Wa (German Language)
  • Me 410 B-2 U-1 Weapon Manual, Me 410 B-2 U-1 Wa (German Language)

Me 410 Non-Variant Manuals (Applicable Across Series - 12 manuals):

• Me 410 Armament:
  • MG 151, MG 151-20 Aircraft Cannon Weapons Manual, MG 151, MG151-20 Waffen-Handbuch (German Language)
  • MG 17 Machine Gun Weapons Manual Part 1, MG 17 Waffen-Handbuch-Teil 1 (German Language)
• Me 410 Maintenance - Bayerische Flugzeugwerke All-Metal Aircraft Repair Manual, Bf Ganzmetallflugzeuge Rep.-Anleitung (German Language)
• Me 410 Radio and Equipment:
  • FuG X Flight Radio Equipment, FuG X Fl-Bordfunkgerät (German Language)
  • Fu Bl 1 Radio Landing Equipment, Funk-Landegerät Fu Bl 1 (German Language)
  • Fu Bl 2 Radio Landing Equipment, Funk-Landegerät Fu Bl 2 (German Language)
  • ESK 2000 Gun Camera Manual, Lichtbild-MG ESK 2000 LDv 138 (German Language)
  • RB 20 cm Aerial Camera Module Operating Instructions, Reihenbildner 20 cm, 30 x 30 (German Language)
  • RB 75 cm Aerial Camera Module Operating Instructions, Reihenbildner 75 cm, 30 x 30 (German Language)
  • Film Cassette Fk 30 Fl 38 802, Filmkassette Fk 30 Fl 38 802 (German Language)
• Me 410 Spare Parts List - Me 410 Aircraft, Illustrated Parts Catalog Manual, Ersatzteilliste (German Language)
• Me 410 A, B Training Slides - Me 410 A,B Presentation Folder Further Development, Präsentations-Mappe (German Language)

This collection provides comprehensive coverage of both the Messerschmitt Me 210 and Me 410 across all major variants. The Me 210 documentation (17 manuals total) covers variants A, C, and E, while the Me 410 documentation (24 manuals total) covers variants A and B. The materials span variant-specific handbooks, flight manuals, armament systems (including the specialized BK 5 50mm cannon), construction documentation, radio equipment, camera systems, spare parts lists, and training materials. This represents the most comprehensive Me 210/Me 410 technical reference library available, offering researchers and restorers structured access to authentic period documentation for these historically significant and technically complex twin-engine fighters.

Engineering Norms and Standards

The Messerschmitt Me 210 and Me 410 were designed and manufactured to rigorous German aviation engineering standards that evolved throughout their development from 1939 to 1945:

• All-Metal Stressed-Skin Construction: Both aircraft employed advanced all-metal construction using aluminum alloy stressed-skin covering over a semi-monocoque fuselage structure. The Me 410's lengthened fuselage and revised structural design incorporated lessons learned from the Me 210's stability problems, representing sophisticated aeronautical engineering solutions to fundamental design challenges.
• Messerschmitt Engineering Standards: Production followed Messerschmitt A.G. engineering norms for material specifications, quality control, and manufacturing tolerances. These standards governed metal selection, heat treatment processes, riveting procedures, welding specifications, and structural testing protocols. The transition from Me 210 to Me 410 required extensive revision of these standards to accommodate the structural changes.
• RLM Specifications: All variants produced for Luftwaffe service adhered to Reichsluftfahrtministerium (RLM) specifications for military aircraft, including material standards (L.Dv specifications), inspection procedures, acceptance testing requirements, and technical documentation formats. The Me 210's handling problems led to revised RLM acceptance criteria for the Me 410 program.
• Daimler-Benz Engine Standards: Powerplant installation and maintenance followed strict Daimler-Benz specifications for the DB 601F (Me 210) and DB 603A/G (Me 410) engines. These standards covered installation procedures, fuel system specifications, cooling system requirements, and maintenance intervals critical to twin-engine reliability and performance. The more powerful DB 603 engines required upgraded engine mounts and cooling systems.
• Remote Armament Systems: The Me 210/410's innovative remote-controlled defensive barbettes required specialized installation and maintenance standards. These systems represented cutting-edge technology for the era and demanded precise alignment, electrical system integration, and crew training protocols.
• Specialized Armament Integration: Weapons installation followed detailed RLM and manufacturer specifications for various armament configurations including MG 17, MG 131, MG 151, MK 108, and the massive 50mm BK 5 cannon. The BK 5 installation required specialized structural reinforcement and recoil absorption systems, with detailed engineering standards governing installation and operation.

These engineering standards represent the factory-level quality control framework that governed Me 210 and Me 410 production across approximately 1,510 aircraft built from 1941 through 1945. For restorers and researchers, understanding these period-correct manufacturing practices, material specifications, and quality standards provides invaluable insight into the construction methods, engineering challenges, and solutions that characterized these complex and historically significant aircraft.

Format and Delivery

• Format: Digital download (PDF)
• Language: German (original period documentation)
• Total Manuals: 38 comprehensive documents (17 Me 210, 24 Me 410, some shared)
• Aircraft Coverage: Me 210 (variants A, C, E) and Me 410 (variants A, B)
• Quality: High-resolution scans of original factory manuals, Luftwaffe technical orders, and military documentation
• Organization: Structured folder hierarchy with aircraft-specific and variant-specific documentation clearly separated
• Delivery: Instant digital download upon purchase
• Updates: Free lifetime updates as additional documentation is acquired and added to the collection

Copyright & Licensing

This digital compilation, structure, indexing and presentation are © Sicuro Publishing. All copyrights are registered with the Canadian Copyright Database. Messerschmitt A.G. is no longer in business, and Online Aviation Library holds collective copyright for their historical documentation.

This collection is licensed for research, education, historical preservation, and restoration purposes.

Disclaimer

This item is sold for historical and reference only. These are either original or copies of manuals and blueprints used when these aircraft were in active duty, now transferred into electronic format. These manuals and blueprints are not meant to be used for current update material for certification/repair, but make an excellent reference for the scholar, collector, modeller or aircraft buffs. For proprietary reasons, we generally only provide civil manuals and blueprints on obsolete aircraft/engines/helicopters. The information is for reference only, and we do not guarantee the completeness, accuracy or currency of any manuals.

Reference herein to any specific commercial products by trade name, trademark, manufacturer, or otherwise, is not meant to imply or suggest any endorsement by, or affiliation with that manufacturer or supplier. All trade names, trademarks and manufacturer names are the property of their respective owners.