
Danny Lum
Singapore-based strength coach and sport scientist specializing in applied performance research, known for work on isometric training, PNF stretching, and velocity-based training with published intervention studies.
Top 3 podcasts with Danny Lum
Ranked by the Snipd community

12 snips
Oct 21, 2024 • 1h 8min
Static Gains: Unique Benefits of Isometrics with Danny Lum (#257)
Danny Lum, Leiter der Kraft- und Konditionstrainingsabteilung am Singapore Sport Institute, bringt spannende Einblicke in die Welt des isometrischen Trainings. Er erklärt die Vorteile dieser Trainingsmethode im Vergleich zu dynamischem Training und warum sie besonders für Athleten, wie Shotputter, von Bedeutung ist. Lum diskutiert Herausforderungen beim Training von Spitzenathleten und beleuchtet die neuesten Forschungsergebnisse zu Muskelhypertrophie und Sehnenstärke. Praktische Tipps zur Integration isometrischer Übungen runden das Gespräch ab.

7 snips
Nov 14, 2024 • 1h 7min
Implementing isometric training for performance and rehab with Alex Natera, Danny Lum & Matt Taberner
Alex Natera, an expert in isometric training, joins researchers Danny Lum and Matt Taberner for an insightful discussion on the application of isometric exercises in sports performance and rehabilitation. They explore how isometric training enhances muscle stiffness, tendon adaptation, and aids in recovery while preventing injuries. The trio emphasizes customizing isometric programming for individual athlete needs, and integrating it with plyometrics to maximize performance. They also highlight the importance of accurate assessments and innovative tools to optimize training effectiveness.

5 snips
Apr 2, 2026 • 1h 10min
509: Danny Lum on Isometrics, Elasticity, and Sprint Transfer
Danny Lum, a Singapore-based strength coach and sport scientist known for applied research on isometrics and velocity-based training. He discusses isometric training, PNF stretching, and how to program isometrics across phases. Conversations cover squat depth and individualization, unilateral vs bilateral tradeoffs, velocity-based training for autoregulation, and the role of variability in power development.


