Majestic Deluxe Series MAX6540P Xylophone

The Majestic Deluxe Series MAX6540P Xylophone is a professional-quality 4-octave instrument designed to deliver dependable performance, excellent projection and a warm, articulate tone. With its C4–C8 range, durable synthetic bars and sturdy concert-style frame, the MAX6540P is an excellent choice for schools, music programs, ensembles and performers who need an extended xylophone range without the maintenance requirements of natural wood bars.

The specially formulated synthetic bars feature a woodgrain finish designed to reduce unwanted overtones, enhance tonal warmth and provide controlled decay. Combined with Majestic's precision quint-tuning, the instrument produces a consistent and balanced sound across its full range.

A robust concert frame with solid wood end pieces and rails, heavy-duty legs and a crossbar provides excellent stability for regular use. The crank-adjustable height system allows the playing surface to be positioned comfortably for different performers, while the black-finished, full-slant resonators complement the instrument's strong projection and clean tonal response.

Key Features

• 4.0-octave range: C4–C8
• Synthetic bars with a woodgrain finish
• Specially formulated bars for warm tone, controlled decay and reduced unwanted overtones
• Precision quint-tuned for consistent tonal balance across the instrument
• 38 mm (1.5") bar width
• Concert-style frame with sturdy leg assembly
• Solid wood end pieces and rails for added stability
• Heavy-duty legs and crossbar for reliable everyday use
• Crank-adjustable height for comfortable playing
• Height adjustment approximately 80–98 cm
• Black-finished, full-slant resonators
• Tuned to A = 442 Hz
• Includes drop cover and mallets
• Ideal for schools, music education, ensembles and concert performance

The MAX6540P combines the durability and consistency of synthetic bars with a warm, musical response, making it a versatile choice for players who need a reliable 4-octave xylophone for demanding educational and performance environments.