A springless shock absorbing and suspension apparatus comprising: an inner tubular section comprising a head on a lower end thereof, a first fluid chamber and a second fluid chamber therewithin, wherein said first fluid chamber contains gas and wherein said second fluid chamber contains oil; a floating piston disposed within said inner tubular section between said first fluid chamber and said second fluid chamber; an outer tubular section having a first and second end, wherein the first end of the outer tubular section is at least partially disposed around at least a portion of the inner tubular section, wherein said outer tubular section comprises a fourth fluid chamber therewithin that contains oil; a valve block fixedly secured to the second end of the outer tubular section; and a stationary tubular section disposed within the outer tubular section coupled to the valve block and at least a portion of the inner tubular section, the stationary tubular section having a third fluid chamber therewithin; characterized in that the second fluid chamber is in fluid communication with an upper side fluid chamber through piston through holes of the inner tubular section and a first flow path extending axially in a tubular space disposed between a radially external surface of the stationary tubular section and a radially internal surface of the inner tubular section; and that the fourth fluid chamber is in fluid communication with a lower side fluid chamber through a second flow path extending through an unrestricted opening in the valve block, wherein the lower side fluid chamber is defined between a top surface of the valve block and a bottom surface of the head (41, 441) on the lower end of the inner tubular section, wherein the head separates the upper side fluid chamber and the lower side fluid chamber (72, 472) the upper side fluid chamber (60, 460) being formed between a side wall of the inner tubular section and the outer tubular section and the lower side fluid chamber being enclosed by the head, the stationary tubular section, the valve block and the outer tubular section. an inner tubular section comprising a head on a lower end thereof, a first fluid chamber and a second fluid chamber therewithin, wherein said first fluid chamber contains gas and wherein said second fluid chamber contains oil; a floating piston disposed within said inner tubular section between said first fluid chamber and said second fluid chamber; an outer tubular section having a first and second end, wherein the first end of the outer tubular section is at least partially disposed around at least a portion of the inner tubular section, wherein said outer tubular section comprises a fourth fluid chamber therewithin that contains oil; a valve block fixedly secured to the second end of the outer tubular section; and a stationary tubular section disposed within the outer tubular section coupled to the valve block and at least a portion of the inner tubular section, the stationary tubular section having a third fluid chamber therewithin; characterized in that the second fluid chamber is in fluid communication with an upper side fluid chamber through piston through holes of the inner tubular section and a first flow path extending axially in a tubular space disposed between a radially external surface of the stationary tubular section and a radially internal surface of the inner tubular section; and that the fourth fluid chamber is in fluid communication with a lower side fluid chamber through a second flow path extending through an unrestricted opening in the valve block, wherein the lower side fluid chamber is defined between a top surface of the valve block and a bottom surface of the head (41, 441) on the lower end of the inner tubular section, wherein the head separates the upper side fluid chamber and the lower side fluid chamber (72, 472) the upper side fluid chamber (60, 460) being formed between a side wall of the inner tubular section and the outer tubular section and the lower side fluid chamber being enclosed by the head, the stationary tubular section, the valve block and the outer tubular section.