Top 13+ Forgotten Products from the ’60s That Were Ahead of Their Time

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

The 1960s weren’t just about peace signs and tie-dye—they were an era of remarkable innovation that was sometimes too advanced for its own good. While some products became household names, others were ahead of their time, paving the way for technologies we take for granted today. Let’s look back at some groundbreaking items that were perhaps too revolutionary for their era.

1. The Amana Radarange (1967)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

The first countertop microwave oven for home use, the Radarange, was a marvel of technology but cost $495 (about $4,000 today). Despite its innovative features, many were skeptical about cooking with “radar waves.” The concept was sound, but it would take another decade of price reductions and public education before microwave ovens became kitchen staples.

2. The Electronovision (1964)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

This early video recording system captured live performances for movie theater broadcast, pioneering the concept of event cinema. Used to record Richard Burton’s “Hamlet” on Broadway, it predated modern live theater broadcasts by decades. While technically innovative, the system was too complex and expensive for widespread adoption.

3. The Dymaxion House (1960)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Buckminster Fuller’s aluminum house was designed to be energy-efficient, easy to ship, and quick to assemble. It featured revolutionary concepts like grey water recycling and natural air conditioning. While only two prototypes were ever built, its sustainable design principles would become increasingly relevant decades later.

4. The Memex (1965)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

This theoretical device, proposed by Vannevar Bush, was essentially a mechanical version of hypertext and personal information management. While never built, its concepts of linked information and personal knowledge management predicted both the internet and modern note-taking apps.

5. The Kitchen Computer (1969)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Honeywell’s H316 “Kitchen Computer” was marketed through Neiman Marcus as a device for storing recipes and planning meals. At $10,600 (about $82,000 today) and requiring a two-week programming course to use, none were ever sold. However, it predicted today’s smart kitchen appliances and recipe apps.

6. The Amphicar (1961)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

The world’s first mass-produced amphibious car, the Amphicar, could drive on land and water. While it wasn’t great at either task, it pioneered concepts that would later appear in military vehicles and modern amphibious vehicles. Only about 4,000 were produced, but it remains a fascinating example of automotive innovation.

7. The Learjet 23 (1963)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

The first light business jet revolutionized private aviation but was initially considered too small and fast for practical use. Its innovative design and performance characteristics would later become industry standards. The Learjet 23 helped create the modern business aviation market.

8. The Moog Synthesizer (1964)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Robert Moog’s voltage-controlled synthesizer was initially dismissed as a novelty by many musicians. Complex and expensive, it was confined to experimental music labs. However, its sound eventually defined entire genres of music and influenced electronic music production to this day.

9. The Plasma Display (1964)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Developed at the University of Illinois, the first plasma display panel was revolutionary but impractical for commercial use. It would take decades before manufacturing techniques made plasma TVs feasible for home use. The technology paved the way for modern flat-panel displays.

10. The Kevlar Fiber (1965)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Stephanie Kwolek’s invention at DuPont was initially developed to reinforce tires. While it didn’t catch on for that purpose, its incredible strength-to-weight ratio would later revolutionize everything from bulletproof vests to sporting equipment. It was a solution waiting for the right problems to solve.

11. The Touch-Tone Phone (1963)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Bell System’s push-button phones used dual-tone multi-frequency signaling, a technology that seemed excessive for simple phone calls. However, this technology would later become crucial for automated phone systems, computer modems, and modern telecommunications infrastructure.

12. The Dynabook Concept (1968)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Alan Kay’s concept for a personal computer for children was decades ahead of its time. While never built in the 1960s, its influence can be seen in modern tablets and laptops. The Dynabook’s proposed features, including a flat panel display and graphical interface, would take decades to become technically feasible.

13. The Picturephone (1964)

1. The Amana Radarange (1967), 2. The Electronovision (1964), 3. The Dymaxion House (1960), 4. The Memex (1965), 5. The Kitchen Computer (1969), 6. The Amphicar (1961), 7. The Learjet 23 (1963), 8. The Moog Synthesizer (1964), 9. The Plasma Display (1964), 10. The Kevlar Fiber (1965), 11. The Touch-Tone Phone (1963), 12. The Dynabook Concept (1968), 13. The Picturephone (1964)

Bell System introduced this revolutionary video calling device at the 1964 World’s Fair, essentially creating FaceTime decades before the iPhone. The Picturephone allowed people to see each other while talking, but at $16 per minute (about $140 in today’s money), it was simply too expensive for widespread adoption. The infrastructure requirements and cost made it commercially unviable, but it predicted our current video chat era.